mhurhangee/patent-ind-claim-en huggingface dataset:
A device for rolling strip material with a periodically variable strip thickness, the device including a roller stand with a set of rollers and an adjustment system for adjustment of the roller gap of the set of rollers, to the entry side of said roller gap the strip material having an initial thickness being fed from an uncoiling station and from the exit side of which the strip material with the respectively desired final thickness being fed to a coiling station , characterized by that between the uncoiling station and the roller stand as well as between the roller stand and the coiling station , a roller assembly with an immersion roller is disposed, around which the strip material is guided, that the positions of the immersion rollers , with constant roller speed of the rollers of the roller stand determining the roller gap, are controlled depending on the adjustment of the rollers in order to balance the speed variations of the rolling material at the entry and at the exit of the roller stand , and that the uncoiling station and the coiling station are operated in a tension-controlled manner, and that a machine controller is provided that detects the adjustment of the rollers for a predetermined roller gap and by means of which, depending thereon, the positions of the immersion rollers can be controlled.
An underwater scooter for divers wherein the scooter is arranged to be installed to a scuba diving tank (JE), wherein the scooter comprises: - a thruster (SK) including a motor and a propeller (SK.09), - an interchangeable battery pack (BA) with a hinge (SK.32), arranged to be mounted on said scuba diving tank (JE), wherein the thruster (SK) is movably mounted to the interchangeable battery pack (BA) through said hinge (SK.32), - a command joystick (UP) connected to the thruster (SK) with a cable (PK), the motor being driven by said interchangeable battery pack (BA) and said command joystick (UP), which is adapted to be held by the diver or to be attached to the diver's diving suit, wherein the scooter has two positions: - an active position, in which the thruster (SK) is above the scuba diving tank (JE) in a radial direction of said scuba diving tank (JE) and - an inactive position, in which the thruster (SK) is placed below the scuba diving tank (JE) in an axial direction of said scuba diving tank (JE), which can be changed with the command joystick (UP), so that the active position is achieved by movement of the propeller (SK.09), as it begins to push the water away upon activation with the command joystick (UP) , where in the active position is locked with a locking mechanism, which is preferably in the form of pins or screw balls engaging with grooves. - a thruster (SK) including a motor and a propeller (SK.09), - an interchangeable battery pack (BA) with a hinge (SK.32), arranged to be mounted on said scuba diving tank (JE), wherein the thruster (SK) is movably mounted to the interchangeable battery pack (BA) through said hinge (SK.32), - a command joystick (UP) connected to the thruster (SK) with a cable (PK), the motor being driven by said interchangeable battery pack (BA) and said command joystick (UP), which is adapted to be held by the diver or to be attached to the diver's diving suit, - an active position, in which the thruster (SK) is above the scuba diving tank (JE) in a radial direction of said scuba diving tank (JE) and - an inactive position, in which the thruster (SK) is placed below the scuba diving tank (JE) in an axial direction of said scuba diving tank (JE), which can be changed with the command joystick (UP), so that the active position is achieved by movement of the propeller (SK.09), as it begins to push the water away upon activation with the command joystick (UP) , where in the active position is locked with a locking mechanism, which is preferably in the form of pins or screw balls engaging with grooves.
An oral care composition comprising: a) a non-ionic surfactant comprising one or more carbon-carbon double bond; b) a pigment having a hue angle, h, in the CIELAB system of from 220 to 320 degrees; c) a physiologically acceptable carrier; wherein the non-ionic surfactant and the pigment are present in a weight ratio of from 1:1 to 20:1; and wherein the composition does not comprise anionic surfactants, amphoteric surfactants and polymers selected from carbomers, guar gums, guar hydroxypropyltrimmonium chloride, poloxamers, copolymers of methyl vinyl ether and maleic anhydride, and mixtures thereof. a) a non-ionic surfactant comprising one or more carbon-carbon double bond; b) a pigment having a hue angle, h, in the CIELAB system of from 220 to 320 degrees; c) a physiologically acceptable carrier;
A delivery capsule for releasing a benefit agent from a concentrated cleaning composition upon dilution of the cleaning composition to produce diluted wash liquor, the capsule comprising: a core comprising matrix material and a benefit agent, wherein the osmolarity of the core is within an order of magnitude of the osmolarity of the concentrated cleaning composition, which core is encapsulated with a substantially insoluble semipermeable membrane that is permeable to water but not to the matrix material, the benefit agent, or other osmolytes present in the core or concentrated cleaning composition, and wherein the semipermeable membrane is formed from a cellulose ester or cellulose ether; wherein when immersed in the concentrated cleaning composition the osmotic pressure in the core remains within an order of magnitude of the osmotic pressure of the concentrated cleaning composition and the semipermeable membrane retains structural integrity; wherein upon dilution of the cleaning composition by at least ten-fold to produce a wash liquor, the reduced osmotic pressure of the wash liquor compared to the concentrated cleaning composition causes water to diffuse through the semipermeable membrane into the core, causing the core to expand and burst or rupture the semi-permeable membrane, with concomitant release of the benefit agent into the wash liquor; and wherein the benefit agent is one or more enzymes or other macromolecular actives. a core comprising matrix material and a benefit agent, wherein the osmolarity of the core is within an order of magnitude of the osmolarity of the concentrated cleaning composition, which core is encapsulated with a substantially insoluble semipermeable membrane that is permeable to water but not to the matrix material, the benefit agent, or other osmolytes present in the core or concentrated cleaning composition, and wherein the semipermeable membrane is formed from a cellulose ester or cellulose ether; wherein when immersed in the concentrated cleaning composition the osmotic pressure in the core remains within an order of magnitude of the osmotic pressure of the concentrated cleaning composition and the semipermeable membrane retains structural integrity; wherein upon dilution of the cleaning composition by at least ten-fold to produce a wash liquor, the reduced osmotic pressure of the wash liquor compared to the concentrated cleaning composition causes water to diffuse through the semipermeable membrane into the core, causing the core to expand and burst or rupture the semi-permeable membrane, with concomitant release of the benefit agent into the wash liquor; and wherein the benefit agent is one or more enzymes or other macromolecular actives.
Method for providing services to a service consumer (UAC, 100) by means of sequence control components in a sequence control environment, wherein - each service is assigned at least one server component (UAS, 101), which is formed by a sequence control component that can be loaded into the sequence control environment and executed there, - at least one proxy component (UAP, 200) of a subnet comprising the sequence control environment accepts requests from a service consumer (UAC, 100), - a central directory service component (LDS) transmits the addressing information valid within the subnet to the proxy component (UAP, 200), - the server component (UAS, 101) is registered on the central directory service component (LDS) with its internal connection data consisting of the network addresses and ports visible to the server component itself, characterized in that - globally valid access information assigned to external network addressing information of the server component (UAS, 101), which is valid within the subnet, is determined, and - the internal connection data is modified by means of the determined external network addressing information in the central directory service component (LDS), so that the at least one proxy component (UAP, 200) forwards service requests corresponding to the modified addressing information to the server component (UAS, 101). - each service is assigned at least one server component (UAS, 101), which is formed by a sequence control component that can be loaded into the sequence control environment and executed there, - at least one proxy component (UAP, 200) of a subnet comprising the sequence control environment accepts requests from a service consumer (UAC, 100), - a central directory service component (LDS) transmits the addressing information valid within the subnet to the proxy component (UAP, 200), - the server component (UAS, 101) is registered on the central directory service component (LDS) with its internal connection data consisting of the network addresses and ports visible to the server component itself, characterized in that - globally valid access information assigned to external network addressing information of the server component (UAS, 101), which is valid within the subnet, is determined, and - the internal connection data is modified by means of the determined external network addressing information in the central directory service component (LDS),
A strut bearing device comprising: an uppercase; a lower case; an upper raceway ring held by the upper case; a lower raceway ring held by the lower case; a rolling element that rolls between the upper raceway ring and the lower raceway ring; and a seal positioned in at least one of a radially inner side of the rolling element and a radially outer side of the rolling element, wherein the upper case and the lower case are made of a synthetic resin, the seal is made of elastomer, the seal has an annular base and a seal lip projecting from the annular base, the annular base has an axially end face from which no seal lip projects, the axially end face being in tightly contact with an annular joint surface of the upper case or an annular joint surface of the lower case, the annular joint surface has one of a case-side projection projecting in an axial direction and a case-side recess dented in the axial direction, each of the case-side projection and the case-side recess has a shape seen in the axial direction, characterised by the shape continuing in a circumferential direction and varying a position of the shape in a radial direction along the circumferential direction, and the seal has one of a seal-side recess having a shape that is fitted to the case-side projection, and a seal-side projection having a shape that is fitted in the case-side recess. an uppercase; a lower case; an upper raceway ring held by the upper case; a lower raceway ring held by the lower case; a rolling element that rolls between the upper raceway ring and the lower raceway ring; and a seal positioned in at least one of a radially inner side of the rolling element and a radially outer side of the rolling element, wherein the upper case and the lower case are made of a synthetic resin, the seal is made of elastomer, the seal has an annular base and a seal lip projecting from the annular base, the annular base has an axially end face from which no seal lip projects, the axially end face being in tightly contact with an annular joint surface of the upper case or an annular joint surface of the lower case, the annular joint surface has one of a case-side projection projecting in an axial direction and a case-side recess dented in the axial direction, each of the case-side projection and the case-side recess has a shape seen in the axial direction, characterised by the shape continuing in a circumferential direction and varying a position of the shape in a radial direction along the circumferential direction, and the seal has one of a seal-side recess having a shape that is fitted to the case-side projection, and a seal-side projection having a shape that is fitted in the case-side recess.
Machine (M) for working wood panels and the like comprising a working plane , a sacrificial panel arranged on said working plane , and a blocking and releasing device for a workpiece, to be placed on the sacrificial panel , which has at least one opening , wherein said blocking and releasing device comprises a main body , having a supporting surface , on which said workpiece can be placed, and a bearing surface , to be placed on said sacrificial panel , said blocking and releasing device comprising at least one pin arranged on said bearing surface , which can be removably inserted into said at least one opening of said sacrificial panel , so that, when said pin is inserted into said opening , said main body is constrained to said sacrificial panel . a working plane , a sacrificial panel arranged on said working plane , and a blocking and releasing device for a workpiece, to be placed on the sacrificial panel , which has at least one opening , wherein said blocking and releasing device comprises a main body , having a supporting surface , on which said workpiece can be placed, and a bearing surface , to be placed on said sacrificial panel , said blocking and releasing device comprising at least one pin arranged on said bearing surface , which can be removably inserted into said at least one opening of said sacrificial panel , so that, when said pin is inserted into said opening , said main body is constrained to said sacrificial panel .
Method for sending an electronic notification to a recipient, the notification relating to an assumed status of a person living in a household, wherein the method comprises: generating and/or selecting the notification based on actual information referring to at least three categories relating to at least a pre-determined time interval, wherein, within the time interval i) an actual value of the information for each of the three categories is compared with a nominal value of the information, ii) the difference between the actual value of the information and the nominal value of the information for each of the three categories is weighted to obtain weighted actual information, and iii) the weighted information of the actual information of the three categories is put into relation to obtain the assumed status of the person or the household, wherein the at least three categories are: a) information about consumption of at least power, water and/or gas in the household, b) a value of at least one sensor located in the household which is the temperature in the household and/or the humidity in the household, and c) information about interaction of the person with regard to an interactive device, wherein the interactive device is a telephone, a smart phone, a tablet, a laptop, a computer or a tablet computer and the interactive device runs a program for carrying out the method and the interactive device is adapted to send the notifications. i) an actual value of the information for each of the three categories is compared with a nominal value of the information, ii) the difference between the actual value of the information and the nominal value of the information for each of the three categories is weighted to obtain weighted actual information, and iii) the weighted information of the actual information of the three categories is put into relation to obtain the assumed status of the person or the household, a) information about consumption of at least power, water and/or gas in the household, b) a value of at least one sensor located in the household which is the temperature in the household and/or the humidity in the household, and c) information about interaction of the person with regard to an interactive device, wherein the interactive device is a telephone, a smart phone, a tablet, a laptop, a computer or a tablet computer and the interactive device runs a program for carrying out the method and the interactive device is adapted to send the notifications.
A method of processing audio signals by a network communications handling node , the method comprising: capturing an audio signal originated by a user; establishing a digital audio signal based on the captured audio signal; processing the digital audio signal to determine pitch cycle durations associated with the audio signal; pitch synchronous encoding the digital audio signal into encoded segments such that only an integer number of pitch cycles of the audio signal is included in each packet interval; determining transfer times for the encoded segments of the audio signal based at least in part on the determined pitch cycle durations, comprising: establishing packet intervals (421-424) for periodically transferring packets with associated encoded segments according to a predetermined packet transfer rate; and when predicting that a further pitch cycle would exceed a cutoff time for the current packet interval , instead of waiting for the next packet interval according to the predetermined packet transfer rate, determining an earlier transfer time to initiate transfer of the respective packet than a transfer time associated with the predetermined packet transfer rate; and transferring packets comprising one or more encoded segments for delivery to a target node in accordance with the determined transfer times. capturing an audio signal originated by a user; establishing a digital audio signal based on the captured audio signal; processing the digital audio signal to determine pitch cycle durations associated with the audio signal; pitch synchronous encoding the digital audio signal into encoded segments such that only an integer number of pitch cycles of the audio signal is included in each packet interval; determining transfer times for the encoded segments of the audio signal based at least in part on the determined pitch cycle durations, comprising: establishing packet intervals (421-424) for periodically transferring packets with associated encoded segments according to a predetermined packet transfer rate; and when predicting that a further pitch cycle would exceed a cutoff time for the current packet interval , instead of waiting for the next packet interval according to the predetermined packet transfer rate, determining an earlier transfer time to initiate transfer of the respective packet than a transfer time associated with the predetermined packet transfer rate; and establishing packet intervals (421-424) for periodically transferring packets with associated encoded segments according to a predetermined packet transfer rate; and when predicting that a further pitch cycle would exceed a cutoff time for the current packet interval , instead of waiting for the next packet interval according to the predetermined packet transfer rate, determining an earlier transfer time to initiate transfer of the respective packet than a transfer time associated with the predetermined packet transfer rate; and transferring packets comprising one or more encoded segments for delivery to a target node in accordance with the determined transfer times.
A bicycle control device for use with a road bicycle , comprising: a housing having a handlebar mounting portion at a first end of the housing, a horn portion at a second end of the housing, and a gripping portion disposed between the handlebar mounting portion and the horn portion ; a master cylinder arranged in the housing ; a piston assembly including a piston slidably disposed within the master cylinder ; an actuator operatively coupled to the piston to slidably displace the piston between a rest position and an actuated position; characterized by an adjuster operatively coupled to the master cylinder to adjust the master cylinder relative to the piston assembly . a housing having a handlebar mounting portion at a first end of the housing, a horn portion at a second end of the housing, and a gripping portion disposed between the handlebar mounting portion and the horn portion ; a master cylinder arranged in the housing ; a piston assembly including a piston slidably disposed within the master cylinder ; an actuator operatively coupled to the piston to slidably displace the piston between a rest position and an actuated position; characterized by an adjuster operatively coupled to the master cylinder to adjust the master cylinder relative to the piston assembly .
A method of operation within a memory component , the memory component comprising a first core storage array and a first-in-first-out (FIFO) buffer , the method comprising: supplying self-timing signals from the first core storage array to the FIFO buffer to determine when read data is available from the first core storage array ; reading first data out of the first core storage array over a first time interval constrained by a data output bandwidth of the first core storage array ; and storing a first portion of the first data in a first storage element included in the FIFO buffer as soon as the first portion of the first data becomes available at the instant indicated by the self-timing signals; advancing a load pointer indicative of an available storage element within the FIFO buffer to point to a second storage element included in the FIFO buffer ; storing a second portion of the first data in the second storage element of the FIFO buffer in accordance with the load pointer; delaying output of the first portion of the first data until the second portion of the first data is at least partly stored within the second storage element; outputting the first data from the memory component over a second time interval that is shorter than the first time interval and that corresponds to a data transfer bandwidth greater than the data output bandwidth of the first core storage array ; and advancing a read pointer indicative of data to be output from the FIFO buffer as data from a storage element within the FIFO buffer is output from the memory component . supplying self-timing signals from the first core storage array to the FIFO buffer to determine when read data is available from the first core storage array ; reading first data out of the first core storage array over a first time interval constrained by a data output bandwidth of the first core storage array ; and storing a first portion of the first data in a first storage element included in the FIFO buffer as soon as the first portion of the first data becomes available at the instant indicated by the self-timing signals; advancing a load pointer indicative of an available storage element within the FIFO buffer to point to a second storage element included in the FIFO buffer ; storing a second portion of the first data in the second storage element of the FIFO buffer in accordance with the load pointer; delaying output of the first portion of the first data until the second portion of the first data is at least partly stored within the second storage element; outputting the first data from the memory component over a second time interval that is shorter than the first time interval and that corresponds to a data transfer bandwidth greater than the data output bandwidth of the first core storage array ; and advancing a read pointer indicative of data to be output from the FIFO buffer as data from a storage element within the FIFO buffer is output from the memory component .
A single oral pharmaceutical composition comprising a protein having a molecular weight of up to 100,000 Daltons, said protein being PTH; a protease inhibitor; and a compound selected from the group consisting of N-(8-[2-hydroxybenzoyl]amino)caprylate, N-(10-[2-hydroxybenzoyl]amino)decanoate, a monosodium or disodium salt of said N-(8-[2-hydroxybenzoyl]amino)caprylate or said N-(10-[2-hydroxybenzoyl]amino)decanoate, and a combination thereof, the composition being in a solid oral dosage form.