mhurhangee/ep-ind-claims huggingface dataset:
A handle attachment tool operable to engage a container to facilitate manipulation of the container, the handle attachment tool comprising: a body shaped and sized to be grasped by a user, the body comprising: a container interface surface operable to engage a face of the container; and a container handle interface slot formed through the container interface surface of the body, and operable to receive a handle of the container, the container handle interface slot comprising a keyed profile defined by a plurality of slot surfaces (126a-g) oriented in different directions, and operable to interface with the handle of the container, wherein the keyed profile is operable to lock the handle attachment tool to the container, wherein the container interface surface extends in opposing directions beyond the container handle interface slot to facilitate distribution of one or more loads acting between the face of the container and the handle attachment tool to facilitate manipulation of the container; and a second container handle interface slot (120b-h) formed through another container interface surface (118b-c) of the body, such that the handle attachment tool operates as a universal handle attachment tool to manipulate containers (102, 202) of different sizes. a container interface surface operable to engage a face of the container; and a container handle interface slot formed through the container interface surface of the body, and operable to receive a handle of the container, the container handle interface slot comprising a keyed profile defined by a plurality of slot surfaces (126a-g) oriented in different directions, and operable to interface with the handle of the container, wherein the keyed profile is operable to lock the handle attachment tool to the container, wherein the container interface surface extends in opposing directions beyond the container handle interface slot to facilitate distribution of one or more loads acting between the face of the container and the handle attachment tool to facilitate manipulation of the container; and a second container handle interface slot (120b-h) formed through another container interface surface (118b-c) of the body, such that the handle attachment tool operates as a universal handle attachment tool to manipulate containers (102, 202) of different sizes.
A method for electrolytically increasing the thickness of an electrically conductive pattern on a dielectric substrate, comprising the steps of - immersing the substrate with the pattern present thereon in an electrolytic bath, - electrically contacting in the electrolytic bath a negatively charged electrode having the shape of a cylinder with the pattern during immersion of the substrate, - effecting contacting movement in the electrolytic bath of the electrode and the pattern with respect to each other during immersion of the substrate, wherein during the contacting movement of the electrode and the pattern with respect to each other, the electrode rolls over the pattern, the substrate with the pattern present thereon moves through the bath according to a path of movement, and the electrode rotates about a central axis thereof, wherein the method is characterized in that the electrode moves through the bath according to at least part of said path of movement during the contacting movement of the electrodes and the pattern with respect to each other. - immersing the substrate with the pattern present thereon in an electrolytic bath, - electrically contacting in the electrolytic bath a negatively charged electrode having the shape of a cylinder with the pattern during immersion of the substrate, - effecting contacting movement in the electrolytic bath of the electrode and the pattern with respect to each other during immersion of the substrate, wherein during the contacting movement of the electrode and the pattern with respect to each other, the electrode rolls over the pattern, the substrate with the pattern present thereon moves through the bath according to a path of movement, and the electrode rotates about a central axis thereof, wherein the method is characterized in that the electrode moves through the bath according to at least part of said path of movement during the contacting movement of the electrodes and the pattern with respect to each other.
A detection and reporting device for determining a usage event indicating a use of a piece of hygiene equipment (2, 2', 2"), the detection and reporting device comprising: a positioning section configured to determine positional information indicating a position of the detection and reporting device; a sensor section configured to sense over a time span an observable indicating a use of the piece of hygiene equipment (2, 2', 2") and to generate usage event information on the basis of the sensed observable; and a reporting section configured to generate and transmit toward a remote processing entity a message on the basis of said usage event information and on information allowing an association to said positional information, characterised in that the detection and reporting device is further configured to generate and transmit said message only when a likelihood of a usage event is determined by comparing a measurement result of sensing said observable to a threshold value or a previous result, wherein the detection and reporting device is further configured to pack a value-over-time-profile of the observable measured over the time span into said generated and transmitted message for determining said usage event by said remote processing entity. a positioning section configured to determine positional information indicating a position of the detection and reporting device; a sensor section configured to sense over a time span an observable indicating a use of the piece of hygiene equipment (2, 2', 2") and to generate usage event information on the basis of the sensed observable; and a reporting section configured to generate and transmit toward a remote processing entity a message on the basis of said usage event information and on information allowing an association to said positional information, characterised in that the detection and reporting device is further configured to generate and transmit said message only when a likelihood of a usage event is determined by comparing a measurement result of sensing said observable to a threshold value or a previous result, wherein the detection and reporting device is further configured to pack a value-over-time-profile of the observable measured over the time span into said generated and transmitted message for determining said usage event by said remote processing entity.
Method for controlling a heat pump system, the heat pump system comprising a refrigerant cycle including a compressor, the heat pump system further comprising a heat transport medium cycle, the heat pump system further comprising a first heat exchanger for exchanging heat between the refrigerant cycle and the heat transport medium cycle, the heat transport medium cycle comprising at least one second heat exchanger (4a, 4b, 4c) for exchanging heat with a space the temperature of which is to be controlled, wherein an operating frequency of the compressor is controlled by proportional-integral control, PI control, or by proportional-integral derivative control, PID control, in order to control the temperature of the heat transport medium between after leaving from the first heat exchanger and before entering the second heat exchanger (4a, 4b, 4c) at a target value and a flow rate of the heat transport medium flowing into the first heat exchanger is measured repeatedly, characterized in that if the measured flow rate of the heat transport medium flowing into the first heat exchanger changes below a predetermined lower flow-threshold or above a predetermined upper flow-threshold, at least one control parameter of the PI control or the PID control is changed.
Measuring apparatus for measuring the intensity distribution of incident light radiation, with a sensor assembly consisting of multiple rows (a, b, c, d) and columns (A, B, C, D) of light-sensitive sensor units, each of which has a solar cell that serves as a sensor element and one front and one rear electrical contact for applying an electrical voltage to the solar cell, and with an electronic measuring device (4, 5) with which a current flowing through the solar cell produced by the application of an electrical voltage can be measured at each solar cell that functions as a sensor element, characterized in that - each column (A, B, C, D) of the sensor assembly has an electrical connecting cable with which the front electrical contacts of the sensor units of this column are electrically connected, - each row (a, b, c, d) of the sensor assembly has an electrical connecting cable with which the rear contacts of the sensor units of this row are electrically connected, - the electrical connecting cables of the rows (a, b, c, d) and the columns (A, B, C, D) of the sensor assembly are connected to the electronic measuring device (4, 5), and - in each sensor unit a component functioning as a diode is connected between the solar cell which serves as a sensor element and the rear electrical contact in such manner that it prevents a current flow from the solar cell serving as a sensor element into the electrical connecting cable that is connected to the rear contacts. - each column (A, B, C, D) of the sensor assembly has an electrical connecting cable with which the front electrical contacts of the sensor units of this column are electrically connected, - each row (a, b, c, d) of the sensor assembly has an electrical connecting cable with which the rear contacts of the sensor units of this row are electrically connected, - the electrical connecting cables of the rows (a, b, c, d) and the columns (A, B, C, D) of the sensor assembly are connected to the electronic measuring device (4, 5), and - in each sensor unit a component functioning as a diode is connected between the solar cell which serves as a sensor element and the rear electrical contact in such manner that it prevents a current flow from the solar cell serving as a sensor element into the electrical connecting cable that is connected to the rear contacts.
An information transmission method, comprising: generating an orthogonal sequence for each of modulated symbols carrying Uplink Control Information UCI in a Physical Uplink Control Channel PUCCH, wherein a first Reference Signal RS symbol is placed at beginning of the PUCCH, UCI symbols are placed after the first RS symbol, and the UCI symbols comprise m UCI symbols in time, where m is an integer, and greater than or equal to 2, for k= 1 up to or equal to m/2, wherein k is a positive integer; and m is an even integer, greater or equal to 2, for (2 k -1) th and (2 k) th UCI symbols in time, directly using elements of the generated orthogonal sequences corresponding to the (2 k -1) th and (2 k) th UCI symbols to build a first set of pairs of Space-Time Block Coding STBC codes, and performing conjugation transformation on the elements of the generated orthogonal sequences corresponding to the (2 k -1) th and (2 k) th UCI symbols to build a second set of pairs of STBC codes; transmitting the PUCCH with the first set of pairs of STBC codes via a first antenna; and transmitting the PUCCH with the second set of pairs of STBC codes via a second antenna. generating an orthogonal sequence for each of modulated symbols carrying Uplink Control Information UCI in a Physical Uplink Control Channel PUCCH, wherein a first Reference Signal RS symbol is placed at beginning of the PUCCH, UCI symbols are placed after the first RS symbol, and the UCI symbols comprise m UCI symbols in time, where m is an integer, and greater than or equal to 2, for k= 1 up to or equal to m/2, wherein k is a positive integer; and m is an even integer, greater or equal to 2, for (2 k -1) th and (2 k) th UCI symbols in time, directly using elements of the generated orthogonal sequences corresponding to the (2 k -1) th and (2 k) th UCI symbols to build a first set of pairs of Space-Time Block Coding STBC codes, and performing conjugation transformation on the elements of the generated orthogonal sequences corresponding to the (2 k -1) th and (2 k) th UCI symbols to build a second set of pairs of STBC codes; transmitting the PUCCH with the first set of pairs of STBC codes via a first antenna; and transmitting the PUCCH with the second set of pairs of STBC codes via a second antenna.
A method comprising: displaying at a mobile apparatus a displayable first item; causing transfer of the displayable first item to a display of a remote apparatus by causing transfer of data to the remote apparatus, the data defining features of the displayable first item; wherein the mobile apparatus enables continuous remote, real-time user-control of interaction, in the display of the remote apparatus, between a second item displayed in the display of the remote apparatus and the transferred displayable first item; wherein the displayable first item is a three-dimensional model of a user and the displayed second item is clothing and wherein enabling remote user-control of interaction, in the display of the remote apparatus, between a displayed second item and the transferred displayable first item comprises enabling fitting the three-dimensional model to the clothing. displaying at a mobile apparatus a displayable first item; causing transfer of the displayable first item to a display of a remote apparatus by causing transfer of data to the remote apparatus, the data defining features of the displayable first item; wherein the mobile apparatus enables continuous remote, real-time user-control of interaction, in the display of the remote apparatus, between a second item displayed in the display of the remote apparatus and the transferred displayable first item; wherein the displayable first item is a three-dimensional model of a user and the displayed second item is clothing and wherein enabling remote user-control of interaction, in the display of the remote apparatus, between a displayed second item and the transferred displayable first item comprises enabling fitting the three-dimensional model to the clothing.
Controller unit, comprising a sub-system comprising a circuit breaker adapter, a system comprising a circuit breaker, and a mounting device for removably coupling a sub-system to a system, the mounting device comprising: a base bracket for housing the system and sub-system, said base bracket includes at least two resilient handles (215, 218), each handle includes an elongated bar; and a channel and a ledge formed along each top and bottom lateral extensions of said sub-system, said ledge includes a corner formed between the ledge and channel; wherein each handle is resiliently extendible inward relative to the sub-system to dispose the elongated bar within the channel, thereby abutting the elongated bar against the corner of said ledge to provide biasing for clamping engagement between the system and sub-system. a base bracket for housing the system and sub-system, said base bracket includes at least two resilient handles (215, 218), each handle includes an elongated bar; and a channel and a ledge formed along each top and bottom lateral extensions of said sub-system, said ledge includes a corner formed between the ledge and channel;
A process for the preparation of substituted 3- and 4-(pentafluorosulfanyl)benzenes of general formula 3 and/or 4 by nucleophilic aromatic substitution characterized in that nitrobenzene having pentafluorosulfanyl group connected in position 3 or 4 of general formula 1 and/or 2, is allowed to react in concentration range 0.01-8 mol.l -1 with compounds RY - M +, where R is selected from a group comprising saturated, unsaturated, acyclic, cyclic or aromatic, substituted or unsubstituted carbon chain, Y is the element of VI. B group and M + is the metal ion, in an organic solvent at temperatures ranging from -55 °C or at least from the boiling point of the solvent to 150 °C, giving the corresponding substituted compounds of general formula 3 and/or 4.
A vortex-induced vibration energy extraction device comprising: a pair of vibrating bodies (54A, 54B) coupled to a support body installed on a seabed such that both ends thereof are coupled to both sides of the support body by shafts, respectively, the vibrating bodies (54A, 54B) being disposed along a straight line with regard to a flow direction of a fluid; and an energy conversion device provided on the support body so as to convert mechanical energy resulting from vortex-inducted vibration of the vibrating bodies (54A, 54B) due to the flow of the fluid to electric energy, wherein the vibrating body positioned upstream in the flow direction, with regard to the flow direction of the fluid, is configured to generate mechanical energy through vortex-induced vibration resulting from the flow of the upstream fluid, and the vibrating body positioned downstream in the flow direction is configured to generate mechanical energy through wake galloping caused by a vortex generated behind the vibrating body positioned upstream, characterized in that the support body comprises a parked condition maintaining means configured to variably control the angle of the vibrating body (54A, 54B) with regard to the flow of the fluid, thereby stopping or minimizing the vortex-induced vibration of the vibrating body (54A, 54B). a pair of vibrating bodies (54A, 54B) coupled to a support body installed on a seabed such that both ends thereof are coupled to both sides of the support body by shafts, respectively, the vibrating bodies (54A, 54B) being disposed along a straight line with regard to a flow direction of a fluid; and an energy conversion device provided on the support body so as to convert mechanical energy resulting from vortex-inducted vibration of the vibrating bodies (54A, 54B) due to the flow of the fluid to electric energy, wherein the vibrating body positioned upstream in the flow direction, with regard to the flow direction of the fluid, is configured to generate mechanical energy through vortex-induced vibration resulting from the flow of the upstream fluid, and the vibrating body positioned downstream in the flow direction is configured to generate mechanical energy through wake galloping caused by a vortex generated behind the vibrating body positioned upstream, characterized in that the support body comprises a parked condition maintaining means configured to variably control the angle of the vibrating body (54A, 54B) with regard to the flow of the fluid, thereby stopping or minimizing the vortex-induced vibration of the vibrating body (54A, 54B).
A method (200, 300) performed by a point-of-sale host device, the method (200, 300) for detecting scanning anomalies and comprising: receiving (210, 310), from a scanning device for reading optical codes, a first event notification, the first event notification being an item-entry event notification; initiating (212, 312) one or more first anomaly-detection actions responsive to the received first event notification; receiving (214, 314), from the scanning device, a second event notification, the second event notification being one of a scanned-item-identifier event notification or an item-exit event notification; and initiating (216, 316) one or more second anomaly-detection actions responsive to the second event notification, wherein each of said first and second anomaly detection-action comprises at least one of a scanning-device-enable command, a scanning-device-disable command, a command for commencement of video recording, a command for cessation of video recording, a command for generation of a scanning-anomaly notification, a command for storage of a record indicating that a scanned-item-identifier event notification was not received, and a command for commencement of a fraud analysis, and characterized in that each one of the first event notification and the second event notification comprises a code that is indicative of the corresponding event, each code having the same format as the optical codes readable by the scanning device.
A sheath and catheter assembly for introduction into a patient's vasculature, comprising: a sheath having a proximal end and a distal end, the sheath comprising: an inner tube having a passageway extending longitudinally therethrough, the passageway having a substantially uniform diameter; a coil comprising a plurality of turns positioned longitudinally around the inner tube, the turns having a predetermined spacing therebetween; and an outer tube positioned longitudinally around the coil and connected to the inner tube through the spaces between the turns, the outer tube comprising a plurality of tube segments (12, 16-18), the segments aligned in order of decreasing durometer toward the distal end; the assembly includes a catheter having a proximal end and a distal end, the catheter sized for insertion into the inner tube passageway, and further sized such that at least a portion of the catheter distal end extends beyond the distal end of the sheath when the catheter is inserted into the passageway; characterised in that the catheter having an outer diameter that is 0.013 to 0.10 mm less than the diameter of the passageway. a sheath having a proximal end and a distal end, the sheath comprising: an inner tube having a passageway extending longitudinally therethrough, the passageway having a substantially uniform diameter; a coil comprising a plurality of turns positioned longitudinally around the inner tube, the turns having a predetermined spacing therebetween; and an outer tube positioned longitudinally around the coil and connected to the inner tube through the spaces between the turns, the outer tube comprising a plurality of tube segments (12, 16-18), the segments aligned in order of decreasing durometer toward the distal end; the assembly includes a catheter having a proximal end and a distal end, the catheter sized for insertion into the inner tube passageway, and further sized such that at least a portion of the catheter distal end extends beyond the distal end of the sheath when the catheter is inserted into the passageway; characterised in that the catheter having an outer diameter that is 0.013 to 0.10 mm less than the diameter of the passageway.
A break-in resistant cylinder of the type comprising a stator provided with a substantially cylindrical receptacle for a rotor, said rotor and said stator being affected by at least one channel for at least one respective pin, which can move slidingly within it, the arrangement for retention of said at least one pin partly in said rotor and partly in said stator causing the locking of said rotor, the open arrangement with alignment of an end edge of said at least one pin with the interface surface between the stator and the rotor, obtained by means of the insertion of an adapted key having a contoured profile in an opening of the rotor that faces the at least one channel, causing the free rotation of said rotor with respect to said stator, at least one pin comprising an ogive provided with a contoured cavity and a coding part provided with two mutually opposite protruding tabs (13, 14) and with a substantially spherical central portion, said at least one channel of said rotor comprising a first part that has a substantially larger diameter than said substantially spherical central portion and a second part whose diameter is substantially smaller than the diameter of said substantially spherical portion and larger than the diameter of a first protruding tab, the front of said first protruding tab, upon the insertion of said key in said opening of said rotor, being accommodated within a respective profiled slot with consequent substantial complete insertion of the second protruding tab within the cavity of said ogive according to said open arrangement.