mhurhangee/patent-ind-claim-en huggingface dataset:
Transportable sanitary unit , comprising a frame and a number of sanitary facilities (P) supported by the frame, wherein the frame comprises an upper section and a lower section , wherein the upper section comprises an upper cover and upper column sections extending downward from the upper cover and the lower section comprises a bottom and lower column sections extending upward from the bottom, - wherein the upper section and the lower section can be moved relative to each other between an upwardly extended operational position having an operational height and a downwardly retracted transport position having a transport height (H) that is lower than the operational height, - wherein the upper column sections and the lower column sections can be slid into or along each other over a slide path between the operational position and the transport position, and in the operational position can be secured one to the other in that position using blocking means, characterized in that , - the upper cover and the bottom comprise construction members, such as girders and carriers, providing the upper cover and the bottom with a construction height, each defining a vertical space, - wherein in the transport position the lower column sections extend to within the vertical space of the upper cover and/or the upper column sections extend to within the vertical space of the bottom . - wherein the upper section and the lower section can be moved relative to each other between an upwardly extended operational position having an operational height and a downwardly retracted transport position having a transport height (H) that is lower than the operational height, - wherein the upper column sections and the lower column sections can be slid into or along each other over a slide path between the operational position and the transport position, and in the operational position can be secured one to the other in that position using blocking means, characterized in that , - the upper cover and the bottom comprise construction members, such as girders and carriers, providing the upper cover and the bottom with a construction height, each defining a vertical space, - wherein in the transport position the lower column sections extend to within the vertical space of the upper cover and/or the upper column sections extend to within the vertical space of the bottom .
An electronic system including a switch matrix , the switch matrix comprising: a plurality of switching groups (140-142) each comprising a plurality of switching blocks (131-134), the plurality of switching blocks (131-134) laid out as circuit blocks adjacent to one another along a first axis, wherein the plurality of switching blocks (131-134) each receive data and switch control settings along a second axis; a permutation circuit comprising, for each switching group (140-142), a plurality of switching stages spanning the plurality of switching blocks (131-134) along the first axis, and at least one switching stage that does not span the plurality of switching blocks (131-134), wherein each of the plurality of switching stages receives the switch control settings along the second axis, the switch control settings specifying a flow of data from a plurality of inputs to a plurality of outputs for the switching stage, and wherein the permutation circuit receives data in a first pattern and outputs a permuted version of the data in a second pattern different than the first pattern based on the switch control settings; and an intermediate switching stage spanning the plurality of switching groups (140-142) and selectively coupling outputs of a first plurality of switching stages of each switching block (131-134) of a first of the switching groups (140-142) to inputs of a second plurality of switching stages of each switching block (131-134) of a second of the switching groups (140-142). a plurality of switching groups (140-142) each comprising a plurality of switching blocks (131-134), the plurality of switching blocks (131-134) laid out as circuit blocks adjacent to one another along a first axis, wherein the plurality of switching blocks (131-134) each receive data and switch control settings along a second axis; a permutation circuit comprising, for each switching group (140-142), a plurality of switching stages spanning the plurality of switching blocks (131-134) along the first axis, and at least one switching stage that does not span the plurality of switching blocks (131-134), wherein each of the plurality of switching stages receives the switch control settings along the second axis, the switch control settings specifying a flow of data from a plurality of inputs to a plurality of outputs for the switching stage, and wherein the permutation circuit receives data in a first pattern and outputs a permuted version of the data in a second pattern different than the first pattern based on the switch control settings; and an intermediate switching stage spanning the plurality of switching groups (140-142) and selectively coupling outputs of a first plurality of switching stages of each switching block (131-134) of a first of the switching groups (140-142) to inputs of a second plurality of switching stages of each switching block (131-134) of a second of the switching groups (140-142).
A method of wireless communication carried out by a base station, comprising: sending , to a user equipment, UE, a first plurality of data transmissions associated with a first plurality of downlink subframes; incrementing a counter for each data transmission associated with the first plurality of downlink subframes sent to the UE; and transmitting , to the UE, a first trigger for a first group acknowledgement/negative acknowledgement, GACK, when the counter is greater than or equal to a threshold, wherein the first trigger comprises a first tag and the first GACK is an acknowledgment for the first plurality of data transmissions received by the UE; and wherein the first tag informs the UE whether a previous GACK transmitted by the UE was correctly received by the base station or not. sending , to a user equipment, UE, a first plurality of data transmissions associated with a first plurality of downlink subframes; incrementing a counter for each data transmission associated with the first plurality of downlink subframes sent to the UE; and transmitting , to the UE, a first trigger for a first group acknowledgement/negative acknowledgement, GACK, when the counter is greater than or equal to a threshold, wherein the first trigger comprises a first tag and the first GACK is an acknowledgment for the first plurality of data transmissions received by the UE; and wherein the first tag informs the UE whether a previous GACK transmitted by the UE was correctly received by the base station or not.
Smart packaging containing a sensor comprising a randomly functionalised polyolefin having functional groups, a sensing compound selected from pH and/or redox indicators and optionally a polar solvent, wherein the polyolefin has a crystallinity between 0 and 35 %, as determined with DSC, and wherein the amount of monomeric moieties having a functional group ranges between 0.1 and 5 mol%, preferably between 0.11 and 2 mol%, as determined with 1 H NMR. wherein the polyolefin has a crystallinity between 0 and 35 %, as determined with DSC, and wherein the amount of monomeric moieties having a functional group ranges between 0.1 and 5 mol%, preferably between 0.11 and 2 mol%, as determined with 1 H NMR.
Cyclone separator arrangement for an off gas glove box , the cyclone separator arrangement comprising a cyclone separator with an elongated hollow body having a longitudinal axis, a first end , a second end and a circumferential wall ; a first lateral gas inlet for supplying the off gas to an inside of the elongated hollow body , the first lateral gas inlet being provided in the circumferential wall of the elongated hollow body ; a second lateral gas inlet for supplying an additive gas to the inside of the elongated hollow body , the second lateral gas inlet being provided in the circumferential wall of the elongated hollow body and being spaced from the first lateral gas inlet ; and a gas outlet for outputting the off gas and the additive gas; and wherein the cyclone separator arrangement further comprises a filter device connected with the gas outlet of the cyclone separator , the filter device comprising an elongated filter housing and a filter being arranged inside the filter housing ; and a container connected with the elongated hollow body for collecting the solid and/or liquid parts separated from the off gas, wherein the elongated filter housing , the elongated hollow body of the cyclone separator and the container are coaxially aligned; characterized in that the elongated filter housing has a first filter housing end and an opposite second filter housing end , the first filter housing end being configured as a four way connector , and the second filter housing end being provided with an opening that is connected with the gas outlet of the cyclone separator , preferably by a filter connection flange. a cyclone separator with an elongated hollow body having a longitudinal axis, a first end , a second end and a circumferential wall ; a first lateral gas inlet for supplying the off gas to an inside of the elongated hollow body , the first lateral gas inlet being provided in the circumferential wall of the elongated hollow body ; a second lateral gas inlet for supplying an additive gas to the inside of the elongated hollow body , the second lateral gas inlet being provided in the circumferential wall of the elongated hollow body and being spaced from the first lateral gas inlet ; and a gas outlet for outputting the off gas and the additive gas; and wherein the cyclone separator arrangement further comprises a filter device connected with the gas outlet of the cyclone separator , the filter device comprising an elongated filter housing and a filter being arranged inside the filter housing ; and a container connected with the elongated hollow body for collecting the solid and/or liquid parts separated from the off gas, wherein the elongated filter housing , the elongated hollow body of the cyclone separator and the container are coaxially aligned; characterized in that the elongated filter housing has a first filter housing end and an opposite second filter housing end , the first filter housing end being configured as a four way connector , and the second filter housing end being provided with an opening that is connected with the gas outlet of the cyclone separator , preferably by a filter connection flange.
An image forming apparatus comprising: a skew correcting unit that corrects skew by controlling writing of image data for a plurality of lines into a line memory or reading of image data for a plurality of lines from the line memory , the line memory being a buffer memory, based on a skew correction amount that has been calculated previously; characterized by a toner consumption amount calculating unit that refers to pixels on a plurality of peripheral lines among pixels of the image data stored in the memory when a toner consumption amount of a pixel to which toner adheres is calculated; and a memory assigning unit that assigns a capacity not used for skew correction on the line memory that is mounted for the skew correcting unit to the toner consumption amount calculating unit , wherein the toner consumption amount calculating unit calculates a capacity of the line memory that is necessary for skew correction, subtracts this capacity from the entire capacity of the line memory to calculate an excess line memory amount and compares the excess line memory amount to a predefined line memory amount to be used for the calculation of the toner consumption amount, and if the excess line memory amount is smaller than the line memory amount to be used for the calculation of the toner consumption amount, the number of lines to be referred to, when the toner consumption amount is calculated, is decreased to set the line memory amount to be used for the calculation of the toner consumption amount to be equal to or smaller than the excess line memory amount. a skew correcting unit that corrects skew by controlling writing of image data for a plurality of lines into a line memory or reading of image data for a plurality of lines from the line memory , the line memory being a buffer memory, based on a skew correction amount that has been calculated previously; characterized by a toner consumption amount calculating unit that refers to pixels on a plurality of peripheral lines among pixels of the image data stored in the memory when a toner consumption amount of a pixel to which toner adheres is calculated; and a memory assigning unit that assigns a capacity not used for skew correction on the line memory that is mounted for the skew correcting unit to the toner consumption amount calculating unit , wherein the toner consumption amount calculating unit calculates a capacity of the line memory that is necessary for skew correction, subtracts this capacity from the entire capacity of the line memory to calculate an excess line memory amount and compares the excess line memory amount to a predefined line memory amount to be used for the calculation of the toner consumption amount, and if the excess line memory amount is smaller than the line memory amount to be used for the calculation of the toner consumption amount, the number of lines to be referred to, when the toner consumption amount is calculated, is decreased to set the line memory amount to be used for the calculation of the toner consumption amount to be equal to or smaller than the excess line memory amount.
A multi-station concurrent testing method, including a control station , a plurality of testing stations (Site1, Site2, Site3, Site4) which are respectively in communication connection with the control station , and a handler in communication connection with the control station , wherein different testing stations (Site1, Site2, Site3, Site4) are configured to test a part of parameters of devices under test and provide the parameters to the control station , and the handler is configured for conveying the devices under test to be placed at the testing stations (Site1, Site2, Site3, Site4) in sequence, characterised in the method comprising : a step A in which the control station controls the handler to send Start of Test SOT signal(s) of corresponding testing station(s) (Site1, Site2, Site3, Site4) based on previous testing results at adjacent testing stations of the testing stations (Site1, Site2, Site3, Site4); a step B in which the control station constructs an SOT signal sequence based on the received SOT signal(s) and in correspondence to orders of the testing stations (Sitel, Site2, Site3, Site4); and a step C in which the control station compares the SOT signal sequence and an SOT signal prediction value sequence generated by the control station , wherein if the SOT signal sequence and the SOT signal prediction value sequence match, the corresponding testing station(s) (Site1, Site2, Site3, Site4) executes the test of device(s) under test, and otherwise, the handler is controlled to purge the devices under test at the testing stations (Sitel, Site2, Site3, Site4), wherein the SOT signal prediction value sequence is generated based on previous testing results at the testing stations (Sitel, Site2, Site3, Site4). a step A in which the control station controls the handler to send Start of Test SOT signal(s) of corresponding testing station(s) (Site1, Site2, Site3, Site4) based on previous testing results at adjacent testing stations of the testing stations (Site1, Site2, Site3, Site4); a step B in which the control station constructs an SOT signal sequence based on the received SOT signal(s) and in correspondence to orders of the testing stations (Sitel, Site2, Site3, Site4); and a step C in which the control station compares the SOT signal sequence and an SOT signal prediction value sequence generated by the control station , wherein if the SOT signal sequence and the SOT signal prediction value sequence match, the corresponding testing station(s) (Site1, Site2, Site3, Site4) executes the test of device(s) under test, and otherwise, the handler is controlled to purge the devices under test at the testing stations (Sitel, Site2, Site3, Site4), wherein the SOT signal prediction value sequence is generated based on previous testing results at the testing stations (Sitel, Site2, Site3, Site4).
A wearable device for transcorneal electrical stimulation, comprising: a material formed in the shape of a contact lens and configured to be removably placed on an eye of a user, the material having an outer surface and an inner surface , the inner surface configured to removably contact the eye of the user, wherein the material comprises an aperture located at a center of the material; and a plurality of stimulating electrodes located on or within the material and including a ground electrode , a negative electrode and a positive electrode , wherein the plurality of stimulating electrodes are configured to electromagnetically stimulate a portion of the eye or an area adjacent to the eye. a material formed in the shape of a contact lens and configured to be removably placed on an eye of a user, the material having an outer surface and an inner surface , the inner surface configured to removably contact the eye of the user, wherein the material comprises an aperture located at a center of the material; and a plurality of stimulating electrodes located on or within the material and including a ground electrode , a negative electrode and a positive electrode , wherein the plurality of stimulating electrodes are configured to electromagnetically stimulate a portion of the eye or an area adjacent to the eye.
A coffee grinding apparatus , comprising: a support base having a storage cavity ; a pedestal portion extending upwardly from the support base and having a first surface with an access aperture opening into a receiving hub ; a holder assembly , wherein the holder assembly includes: a stem having front and rear portions ; a head portion disposed on the front portion of the stem and having a sidewall with upper and lower portions , wherein the sidewall is outwardly curved to define first and second arms spaced-apart from one another which further define a receiving area therebetween, and further wherein the sidewall includes a first abutment surface disposed on the lower portion of the sidewall ; and a bracket having a first portion extending inwardly towards the receiving area , and a second portion extending downwardly from the first portion , wherein the second portion of the bracket includes a second abutment surface disposed above the first abutment surface ; characterized in that the first abutment surface is outwardly facing, and further wherein the second abutment surface is inwardly facing. a support base having a storage cavity ; a pedestal portion extending upwardly from the support base and having a first surface with an access aperture opening into a receiving hub ; a holder assembly , wherein the holder assembly includes: a stem having front and rear portions ; a head portion disposed on the front portion of the stem and having a sidewall with upper and lower portions , wherein the sidewall is outwardly curved to define first and second arms spaced-apart from one another which further define a receiving area therebetween, and further wherein the sidewall includes a first abutment surface disposed on the lower portion of the sidewall ; and a bracket having a first portion extending inwardly towards the receiving area , and a second portion extending downwardly from the first portion , wherein the second portion of the bracket includes a second abutment surface disposed above the first abutment surface ; characterized in that the first abutment surface is outwardly facing, and further wherein the second abutment surface is inwardly facing. a stem having front and rear portions ; a head portion disposed on the front portion of the stem and having a sidewall with upper and lower portions , wherein the sidewall is outwardly curved to define first and second arms spaced-apart from one another which further define a receiving area therebetween, and further wherein the sidewall includes a first abutment surface disposed on the lower portion of the sidewall ; and a bracket having a first portion extending inwardly towards the receiving area , and a second portion extending downwardly from the first portion , wherein the second portion of the bracket includes a second abutment surface disposed above the first abutment surface ; characterized in that the first abutment surface is outwardly facing, and further wherein the second abutment surface is inwardly facing.
Method for carrying out a side channel secure authenticity check and decryption on an encrypted message, comprising: - providing a data packet containing the encrypted message together with padding data and check information (MAC) for the authenticity check on the message; - decrypting the encrypted message together with the padding data; - removing the padding data; and - performing the authenticity check on the decrypted message using the check information (MAC) independently of a result of the decryption , characterized in that the performance of the authenticity check is applied to at least two subcontents of the data packet, and the two subcontents differ by one unit of length. - providing a data packet containing the encrypted message together with padding data and check information (MAC) for the authenticity check on the message; - decrypting the encrypted message together with the padding data; - removing the padding data; and - performing the authenticity check on the decrypted message using the check information (MAC) independently of a result of the decryption , characterized in that the performance of the authenticity check is applied to at least two subcontents of the data packet, and the two subcontents differ by one unit of length.
A cartridge for delivering a desired amount of additive to a base fluid passing through the cartridge, comprising: a cartridge base having a base fluid flow path (B) defined therein for permitting flow of a base fluid through the cartridge base , the cartridge base including an additive reservoir defined therein for containing a supply of additive, the cartridge base further defining an additive flow path (A) which permits flow of additive from the additive reservoir to the base fluid flow path (B); a spout cooperating with the cartridge base and including a spout fluid flow path (AB) defined therein, the spout fluid flow path permitting flow of additive and base fluid mixture from the cartridge base fluid flow path to a dispensing end of the spout; and characterized by : a metering section disposed in the additive flow path to adjust the flow of additive flowing from the additive flow path to the base fluid flow path, wherein the spout is rotatable with respect to the cartridge base to adjust the flow of additive flowing from the additive flow path (A) to the base fluid flow path (B). a cartridge base having a base fluid flow path (B) defined therein for permitting flow of a base fluid through the cartridge base , the cartridge base including an additive reservoir defined therein for containing a supply of additive, the cartridge base further defining an additive flow path (A) which permits flow of additive from the additive reservoir to the base fluid flow path (B); a spout cooperating with the cartridge base and including a spout fluid flow path (AB) defined therein, the spout fluid flow path permitting flow of additive and base fluid mixture from the cartridge base fluid flow path to a dispensing end of the spout; and characterized by : a metering section disposed in the additive flow path to adjust the flow of additive flowing from the additive flow path to the base fluid flow path, wherein the spout is rotatable with respect to the cartridge base to adjust the flow of additive flowing from the additive flow path (A) to the base fluid flow path (B).