mhurhangee/patent-ind-claim-en huggingface dataset:
A pet food composition comprising a palatability enhancing amount of a palatability enhancing composition, for use in ameliorating a symptom in a companion animal that is suffering from renal insufficiency or disease; characterized in that the palatability enhancing composition comprises protein to phosphorus in a ratio of from 5:1 to 15:1, and wherein the pet food composition increases consumption of the pet food composition by the companion animal.
Method for determining a remaining filling or draining time of a container, comprising the steps of - determining a current fill level - calculating the expected remaining filling or draining time from the determined filling level and a current rate of change, the current rate of change being determined by recalling saved filling level measurement values from a value table which contains filling level measurement values of a preceding filling or draining process, a change in the filling level being interpolated and the time derivative of the change in the filling level being formed, and - issuing the expected remaining filling or draining time. - determining a current fill level - calculating the expected remaining filling or draining time from the determined filling level and a current rate of change, the current rate of change being determined by recalling saved filling level measurement values from a value table which contains filling level measurement values of a preceding filling or draining process, a change in the filling level being interpolated and the time derivative of the change in the filling level being formed, and - issuing the expected remaining filling or draining time.
A method for performing a highly multiplex single primer extension reaction, comprising: a. extending at least about 1,000 different primers in a single primer extension reaction using a plurality of target nucleic acids as templates in the presence of a MutS protein, and Mg 2+ at a minimum concentration of about 6 mM to generate extension products. a. extending at least about 1,000 different primers in a single primer extension reaction using a plurality of target nucleic acids as templates in the presence of a MutS protein, and Mg 2+ at a minimum concentration of about 6 mM to generate extension products.
A method for the manufacture of extruded whole grain chips, including the use of rice grits, corn grits, water and a flavouring additive which includes sunflower oil and/or olive oil, a rosemary extract and natural seasoning; treating the rice and corn grits by purifying them from impurities and subsequent moistening with water; extruding the finished mixture of the grits with simultaneous baking and briquetting with double pressing; applying the flavouring additive on the surface of the chips by spraying, the raw components for the manufacture of the chips being taken in the following ratio, wt. %: - water 5.0-10.0 - rice grits 30.0-44.0 - corn grits 30.0-44.0 - sunflower oil and/or olive oil 5.0-30.0 - a rosemary extract 0.005-0.02 - natural seasoning The rest.
A method for manufacturing a battery component comprising: unrolling a polymer foil from a roll ; forming windows along the running direction into the unrolled polymer foil ; placing a battery cell component over each window and cutting the polymer foil across the running direction between two windows , respectively, into individual polymer frames ; and attaching the individual polymer frames around the window to the respective battery cell component . unrolling a polymer foil from a roll ; forming windows along the running direction into the unrolled polymer foil ; placing a battery cell component over each window and cutting the polymer foil across the running direction between two windows , respectively, into individual polymer frames ; and attaching the individual polymer frames around the window to the respective battery cell component .
Balloon applicator for irradiation of a cavity within living tissue, comprising an at least double-lumen shaft with a first lumen for introduction of a medium for filling a balloon connected to the shaft at a proximal and a distal location thereof, and with a second lumen for insertion of a radiation source, in which the shaft , between the proximal and the distal location , has a proximally arranged first partial region and a distally arranged second partial region which, in a first working state of the balloon applicator , are connected to each other and, in a second working state of the balloon applicator , are separated from each other, characterized in that the shaft , in a boundary region between the first and the second partial region of the shaft , has a predetermined breaking point which is designed to break when a defined longitudinal force and/or a torsional moment are/is exceeded, or the shaft , in the boundary region between the first and the second partial region , has a connection with a thread turn. in which the shaft , between the proximal and the distal location , has a proximally arranged first partial region and a distally arranged second partial region which, in a first working state of the balloon applicator , are connected to each other and, in a second working state of the balloon applicator , are separated from each other, characterized in that the shaft , in a boundary region between the first and the second partial region of the shaft , has a predetermined breaking point which is designed to break when a defined longitudinal force and/or a torsional moment are/is exceeded, or the shaft , in the boundary region between the first and the second partial region , has a connection with a thread turn.
A computer-implemented process of indirectly tracking electronic badges comprising: detecting , by a badge communicator on a select industrial vehicle of a fleet of industrial vehicles, the presence of an electronic badge ; and performing a badge logging transaction in response to detecting the electronic badge by: receiving , by the badge communicator , a badge identifier transmitted by the detected electronic badge; identifying the location of the detected badge; generating a time stamp; and wirelessly communicating a badge locator message to a remote server , characterised in that identifying the location of the detected badge comprises: determining, by the badge communicator , an offset measurement designating a precise measure of both an offset distance and direction of the electronic badge relative to the select industrial vehicle ; electronically determining an absolute vehicle location of the select industrial vehicle ; and generating an absolute badge location based upon the determined absolute location of the select industrial vehicle and the offset measurement, and further characterised in that the badge locator message includes the badge identifier, the absolute badge location, and the timestamp. detecting , by a badge communicator on a select industrial vehicle of a fleet of industrial vehicles, the presence of an electronic badge ; and performing a badge logging transaction in response to detecting the electronic badge by: receiving , by the badge communicator , a badge identifier transmitted by the detected electronic badge; identifying the location of the detected badge; generating a time stamp; and wirelessly communicating a badge locator message to a remote server , receiving , by the badge communicator , a badge identifier transmitted by the detected electronic badge; identifying the location of the detected badge; generating a time stamp; and wirelessly communicating a badge locator message to a remote server , characterised in that identifying the location of the detected badge comprises: determining, by the badge communicator , an offset measurement designating a precise measure of both an offset distance and direction of the electronic badge relative to the select industrial vehicle ; electronically determining an absolute vehicle location of the select industrial vehicle ; and generating an absolute badge location based upon the determined absolute location of the select industrial vehicle and the offset measurement, and determining, by the badge communicator , an offset measurement designating a precise measure of both an offset distance and direction of the electronic badge relative to the select industrial vehicle ; electronically determining an absolute vehicle location of the select industrial vehicle ; and generating an absolute badge location based upon the determined absolute location of the select industrial vehicle and the offset measurement, and further characterised in that the badge locator message includes the badge identifier, the absolute badge location, and the timestamp.
A method for an Orthogonal Frequency Division Multiplexing, OFDM, transmitter configured for OFDM signal transmissions, the method comprising: generating a first OFDM signal containing data associated with a Long Term Evolution, LTE, protocol, the LTE protocol defined to use a first system bandwidth that overlaps with a second system bandwidth associated with a 802.11a Wi-Fi protocol, and transmitting the first OFDM signal over a non-utilized portion (294 A , 294 B , 294 C ) consisting of a lower edge (294 A ) of the first system bandwidth and an upper edge of the first system bandwidth, wherein: - the first system bandwidth is 20.0000 MHz, - the second system bandwidth is 16.5625 MHz, - the lower edge and the upper edge each have a bandwidth of 1.71875 MHz, respectively - the non-utilized portion further consists of a middle portion (294 B ), - the middle portion consists of a 312.5 kHz Wi-Fi DC null subcarrier being set to zero, - a power level of all LTE subcarriers in the the middle portion different from a LTE DC subcarrier is lowered relative to a power level of Wi-Fi subcarriers occupying the second system bandwidth, and - a power level of the LTE DC subcarrier is set to zero. generating a first OFDM signal containing data associated with a Long Term Evolution, LTE, protocol, the LTE protocol defined to use a first system bandwidth that overlaps with a second system bandwidth associated with a 802.11a Wi-Fi protocol, and transmitting the first OFDM signal over a non-utilized portion (294 A , 294 B , 294 C ) consisting of a lower edge (294 A ) of the first system bandwidth and an upper edge of the first system bandwidth, wherein: - the first system bandwidth is 20.0000 MHz, - the second system bandwidth is 16.5625 MHz, - the lower edge and the upper edge each have a bandwidth of 1.71875 MHz, respectively - the non-utilized portion further consists of a middle portion (294 B ), - the middle portion consists of a 312.5 kHz Wi-Fi DC null subcarrier being set to zero, - a power level of all LTE subcarriers in the the middle portion different from a LTE DC subcarrier is lowered relative to a power level of Wi-Fi subcarriers occupying the second system bandwidth, and - a power level of the LTE DC subcarrier is set to zero. - the first system bandwidth is 20.0000 MHz, - the second system bandwidth is 16.5625 MHz, - the lower edge and the upper edge each have a bandwidth of 1.71875 MHz, respectively - the non-utilized portion further consists of a middle portion (294 B ), - the middle portion consists of a 312.5 kHz Wi-Fi DC null subcarrier being set to zero, - a power level of all LTE subcarriers in the the middle portion different from a LTE DC subcarrier is lowered relative to a power level of Wi-Fi subcarriers occupying the second system bandwidth, and - a power level of the LTE DC subcarrier is set to zero.
A medical support device comprising: a processor configured to: acquire a medical image including a subject image, acquire correspondence information in which the medical image is associated in advance with presence or absence of a foreign substance image included in the medical image and a type of a foreign substance that forms the foreign substance image in a case in which the foreign substance image is present, generate foreign substance estimation information obtained by estimating the presence or absence of the foreign substance image included in the medical image, and the type of the foreign substance that forms the foreign substance image in a case in which the foreign substance image is present based on the medical image and the correspondence information, and control a notification based on the foreign substance estimation 2. r information; characterized in that the processor is further configured to: acquire the correspondence information in which the medical image is associated in advance with a position of the foreign substance, and generate the foreign substance estimation information obtained by estimating the position of the foreign substance based on the medical image and the correspondence information. acquire a medical image including a subject image, acquire correspondence information in which the medical image is associated in advance with presence or absence of a foreign substance image included in the medical image and a type of a foreign substance that forms the foreign substance image in a case in which the foreign substance image is present, generate foreign substance estimation information obtained by estimating the presence or absence of the foreign substance image included in the medical image, and the type of the foreign substance that forms the foreign substance image in a case in which the foreign substance image is present based on the medical image and the correspondence information, and control a notification based on the foreign substance estimation 2. r information; acquire the correspondence information in which the medical image is associated in advance with a position of the foreign substance, and generate the foreign substance estimation information obtained by estimating the position of the foreign substance based on the medical image and the correspondence information.
Clip with a head and a shank extending along a longitudinal axis of the head , wherein at least two ribs are provided, each rib extends from a base of the respective rib on the shank to an end of the respective rib radially spaced from the base of the respective rib , - wherein at least one rib is connected directly to the head , at least in sections, - wherein at least one rib has an elastic arm which protrudes from the respective rib , characterized in that at least one rib has a side which extends between the base of the rib and the end of the rib , wherein the elastic arm of this rib protrudes from this side of the rib , - wherein at least one elastic arm has a first section and a second section , wherein the first section is connected at one end to the rib and at its other end to the second section , wherein the second section extends in a different direction to the first section , - wherein the first section is connected directly to the head , at least in sections. - wherein at least one rib is connected directly to the head , at least in sections, - wherein at least one rib has an elastic arm which protrudes from the respective rib , characterized in that at least one rib has a side which extends between the base of the rib and the end of the rib , wherein the elastic arm of this rib protrudes from this side of the rib , - wherein at least one elastic arm has a first section and a second section , wherein the first section is connected at one end to the rib and at its other end to the second section , wherein the second section extends in a different direction to the first section , - wherein the first section is connected directly to the head , at least in sections.
A connector to be attached to a garment (C1, C2) by sandwiching an attachment portion of the garment having a conductive member from opposite sides with a first member and a second member , wherein the first member has a first garment retaining portion (H1) of planar shape extending along an XY plane to be contacted with one surface of the attachment portion of the garment and a projection that is made of a conductive material, is disposed in a position different from a position of the first garment retaining portion and projects in a +Z direction perpendicular to the first garment retaining portion, wherein the second member has a second garment retaining portion (H2) of planar shape extending along the XY plane to be contacted with the other surface of the attachment portion of the garment and a projection accommodating portion which is disposed in a position different from a position of the second garment retaining portion and into which the projection is fitted, wherein the projection is formed from a metal sheet bent into a U shape to have a pair of flat plate portions that extend along a YZ plane perpendicular to the first garment retaining portion and face each other in an X direction, a connecting portion that extends along the XY plane and connects the +Z directional ends of the pair of flat plate portions to each other, and a slit that is formed continuously in the pair of flat plate portions and the connecting portion and extend along an XZ plane perpendicular to the first garment retaining portion, and wherein when the projection is fitted into the projection accommodating portion, the projection is electrically connected to the conductive member of the garment (C1, C2).
An electronic device (100; 100M) comprising: a top panel with an operation surface; a coordinate detection unit configured to detect coordinates of operational input performed on the operation surface; a vibrating element configured to generate vibration on the operation surface; a drive control unit configured to drive the vibrating element with a drive signal that generates natural vibration in an ultrasonic band on the operation surface, whereby the vibrating element is driven so that intensity of the natural vibration changes depending on a position of the operational input on the operation surface and a degree of temporal change in the position; and a reflecting unit (180; 180M) disposed on the operation surface side of the top panel and having a reflective surface (180A; 180AM) that is configured to reflect ultrasonic waves radiated from the top panel , characterized in that , when a wavelength of a standing wave generated in the top panel by the natural vibration is λp, a wavelength of an ultrasonic wave in the air at a frequency in the ultrasonic band of the drive signal is λa, an angle that satisfies cos θ = λa/λp is θ, and N is an arbitrary positive integer, an angle formed by the reflective surface and the operation surface is within a range from (90 - (θ + 2.5)) degrees to (90 - (θ - 2.5)) degrees, and a distance PQ from a position P of an antinode of the natural vibration to a point Q lowered perpendicularly to the reflective surface is within a range from (λa/2) × (N + 1/2) - λa/8 to (λa/2) × (N + 1/2) + λa/8. a top panel with an operation surface; a coordinate detection unit configured to detect coordinates of operational input performed on the operation surface; a vibrating element configured to generate vibration on the operation surface; a drive control unit configured to drive the vibrating element with a drive signal that generates natural vibration in an ultrasonic band on the operation surface, whereby the vibrating element is driven so that intensity of the natural vibration changes depending on a position of the operational input on the operation surface and a degree of temporal change in the position; and a reflecting unit (180; 180M) disposed on the operation surface side of the top panel and having a reflective surface (180A; 180AM) that is configured to reflect ultrasonic waves radiated from the top panel , characterized in that , when a wavelength of a standing wave generated in the top panel by the natural vibration is λp, a wavelength of an ultrasonic wave in the air at a frequency in the ultrasonic band of the drive signal is λa, an angle that satisfies cos θ = λa/λp is θ, and N is an arbitrary positive integer, an angle formed by the reflective surface and the operation surface is within a range from (90 - (θ + 2.5)) degrees to (90 - (θ - 2.5)) degrees, and a distance PQ from a position P of an antinode of the natural vibration to a point Q lowered perpendicularly to the reflective surface is within a range from (λa/2) × (N + 1/2) - λa/8 to (λa/2) × (N + 1/2) + λa/8.
A connector for connecting first and second parts of an apparatus, the connector comprising: a first part , the first part comprising a first sliding surface , and a first attachment part on a side of the first sliding surface , configured to connect the first sliding surface to the first part of the apparatus; and two, or more, arms , the arms being formed from a deformable material ; characterized in that : the connector further comprising a second part , opposing the first part , the second part comprising a second sliding surface , opposing the first sliding surface , and a second attachment part on a side of the second sliding surface opposite to the first sliding surface , configured to connect the second sliding surface to the second part of the apparatus; the first attachment part is on a side of the first sliding surface , opposite to the second sliding surface ; the two or more arms extend between the first part and the second part connecting the first part and the second part and are configured to deform to allow the first part and the second part to slide relative to each other at a low friction interface; the low friction interface being provided between the first and second sliding surfaces. a first part , the first part comprising a first sliding surface , and a first attachment part on a side of the first sliding surface , configured to connect the first sliding surface to the first part of the apparatus; and two, or more, arms , the arms being formed from a deformable material ; characterized in that : the connector further comprising a second part , opposing the first part , the second part comprising a second sliding surface , opposing the first sliding surface , and a second attachment part on a side of the second sliding surface opposite to the first sliding surface , configured to connect the second sliding surface to the second part of the apparatus; the first attachment part is on a side of the first sliding surface , opposite to the second sliding surface ; the two or more arms extend between the first part and the second part connecting the first part and the second part and are configured to deform to allow the first part and the second part to slide relative to each other at a low friction interface; the low friction interface being provided between the first and second sliding surfaces. the connector further comprising a second part , opposing the first part , the second part comprising a second sliding surface , opposing the first sliding surface , and a second attachment part on a side of the second sliding surface opposite to the first sliding surface , configured to connect the second sliding surface to the second part of the apparatus; the first attachment part is on a side of the first sliding surface , opposite to the second sliding surface ; the two or more arms extend between the first part and the second part connecting the first part and the second part and are configured to deform to allow the first part and the second part to slide relative to each other at a low friction interface; the low friction interface being provided between the first and second sliding surfaces.