mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a lens comprising a plurality of layers of conductive elements and a substrate layer ; a first of the layers of conductive elements comprising a first portion including conductive elements having a first structure and a second portion including conductive elements having a second structure different from the first structure, characterised in that : the lens is a mixed-order frequency selective surface, FSS, including: a central portion that includes conductive elements of different structures on opposite sides of the substrate layer ; and an outer portion that includes conductive elements having a same type of structure on the substrate layer . a lens comprising a plurality of layers of conductive elements and a substrate layer ; a first of the layers of conductive elements comprising a first portion including conductive elements having a first structure and a second portion including conductive elements having a second structure different from the first structure, characterised in that : the lens is a mixed-order frequency selective surface, FSS, including: a central portion that includes conductive elements of different structures on opposite sides of the substrate layer ; and an outer portion that includes conductive elements having a same type of structure on the substrate layer . a central portion that includes conductive elements of different structures on opposite sides of the substrate layer ; and an outer portion that includes conductive elements having a same type of structure on the substrate layer .
A pressing device for pressing meat products, in particular frozen and/or partly frozen meat products, preferably fresh meat products and/or bacon, comprising a pressing chamber which extends along a longitudinal direction (L) and into which a product to be pressed can be inserted through an entrance along an insertion direction ; and an entrance control device which is configured to detect an object located in the entrance and to transmit a corresponding detection signal , wherein the entrance control device is connected to a control device , wherein the control device is configured to receive the detection signal (S) and to control a pressing process of the pressing device , wherein the entrance control device is configured to transmit a release signal (F) when no object is located in the entrance , characterized in that the control device is configured to start the pressing process at a predefined or predefinable time correlation between a detection signal (S) and a subsequent release signal (F). an entrance control device which is configured to detect an object located in the entrance and to transmit a corresponding detection signal , wherein the entrance control device is connected to a control device , wherein the control device is configured to receive the detection signal (S) and to control a pressing process of the pressing device , wherein the entrance control device is configured to transmit a release signal (F) when no object is located in the entrance , characterized in that the control device is configured to start the pressing process at a predefined or predefinable time correlation between a detection signal (S) and a subsequent release signal (F).
A method of determining if any usable life remains in a brake component of a brake, the method comprising the steps of determining a zero instantaneous running clearance position of a brake by: monitoring a single parameter of a brake element during use of the brake, determining the position of the brake when the parameter has a monitored characteristic that is indicative of a zero instantaneous running clearance position by comparing the monitored characteristic of the parameter with a predetermined characteristic of the parameter which is known to be indicative of a zero instantaneous running clearance position of the brake, the method further including the steps of using a processor to determine a total number of brake events wherein the brake event is defined by an adjustment of a running clearance of the brake based on the zero instantaneous running clearance position determined by monitoring the single parameter or a determination that an adjustment of the running clearance of the brake is required based on the zero instantaneous running clearance position determined by monitoring the single parameter, using the processor to determine from the total number of brake events if any usable life remains in the brake component. monitoring a single parameter of a brake element during use of the brake, determining the position of the brake when the parameter has a monitored characteristic that is indicative of a zero instantaneous running clearance position by comparing the monitored characteristic of the parameter with a predetermined characteristic of the parameter which is known to be indicative of a zero instantaneous running clearance position of the brake, the method further including the steps of using a processor to determine a total number of brake events wherein the brake event is defined by an adjustment of a running clearance of the brake based on the zero instantaneous running clearance position determined by monitoring the single parameter or a determination that an adjustment of the running clearance of the brake is required based on the zero instantaneous running clearance position determined by monitoring the single parameter, using the processor to determine from the total number of brake events if any usable life remains in the brake component.
Method for precise scaling of a map, wherein the map is created by means of an image of a camera sensor on a vehicle , characterised in that the map is scaled precisely by means of a reference variable provided by a precise sensor and is shifted as a function of a current vehicle speed.
An adhesive composition which comprises a bio-derived copolyester comprising at least one diol monomer including a dimethylolpropionic acid unit and at least one diacid monomer including a succinic acid unit, together with one or more other constituents selected from the group consisting of a tackifier, a plasticizer, a film- forming agent, an antiblocking agent, water, an extender, a filler, a stabilizer, and a colorant, wherein the at least one diol monomer comprises from 4 mole % to 25 mole %, based on the total moles of diol monomer, of the dimethylolpropionic acid.
A thermal printer printing an image on a paper sheet by a thermal head , characterized by : an image data extension processing unit generating extended image data having a plurality of extended pixels in which the number of pixels in a feed direction of a paper sheet is extended for image data of the image; a printing data correction processing unit correcting a density of at least one extended pixel of the plurality of extended pixels based on a change in a density of the plurality of extended pixels in the extended image data in the feed direction of the paper sheet or a change in a density of a plurality of pixels in the image data before being extended in the feed direction of the paper sheet; a printing unit printing the image on the paper sheet by the thermal head based on the extended image data in which the density of the at least one extended pixel is corrected; and an image data analyzing unit analyzing the change in the density of the plurality of pixels in the image data before being extended in the feed direction of the paper sheet, wherein the image data extension processing unit extends the number of pixels in the image data in the feed direction of the paper sheet to the number of extended pixels determined based on an analysis result of the image data analyzing unit , thereby generating the extended image data. an image data extension processing unit generating extended image data having a plurality of extended pixels in which the number of pixels in a feed direction of a paper sheet is extended for image data of the image; a printing data correction processing unit correcting a density of at least one extended pixel of the plurality of extended pixels based on a change in a density of the plurality of extended pixels in the extended image data in the feed direction of the paper sheet or a change in a density of a plurality of pixels in the image data before being extended in the feed direction of the paper sheet; a printing unit printing the image on the paper sheet by the thermal head based on the extended image data in which the density of the at least one extended pixel is corrected; and an image data analyzing unit analyzing the change in the density of the plurality of pixels in the image data before being extended in the feed direction of the paper sheet, wherein the image data extension processing unit extends the number of pixels in the image data in the feed direction of the paper sheet to the number of extended pixels determined based on an analysis result of the image data analyzing unit , thereby generating the extended image data.
A cleaning unit for a cleaning device for cleaning teatcups of a milking apparatus, the cleaning unit being configured for receiving one teatcup of the milking apparatus, and comprising a cup-shaped member comprising - an annular bottom surface extending around a longitudinal central axis (x) of the cleaning unit , - a side surface extending around the annular bottom surface and facing the longitudinal central axis (x), - at least three ribs protruding from the annular bottom surface and having an extension between an inner position (A) and an outer position (B) on the annular bottom surface , the inner position (A) being located more closely to the longitudinal central axis (x) than the outer position (B), wherein the ribs are configured to create a gap between the annular bottom surface and an end surface of a teatcup received in the cleaning unit , characterized in that each of the ribs is curved along at least a part of the extension. - an annular bottom surface extending around a longitudinal central axis (x) of the cleaning unit , - a side surface extending around the annular bottom surface and facing the longitudinal central axis (x), - at least three ribs protruding from the annular bottom surface and having an extension between an inner position (A) and an outer position (B) on the annular bottom surface , the inner position (A) being located more closely to the longitudinal central axis (x) than the outer position (B), wherein the ribs are configured to create a gap between the annular bottom surface and an end surface of a teatcup received in the cleaning unit ,
A sealing valve plug structure for a washing machine having a drum , said sealing valve plug structure comprising: a valve plug column configured to correspond to a drain opening formed in a side wall of the inner drum , and a counterweight hinged to an upper end of the valve plug column , a sealing valve installation structure fixedly installable on the side wall of the inner drum , and a reset spring clamped between the sealing valve installation structure and the valve plug column , characterized in that the sealing valve installation structure includes a support plate installable on an inner side wall of the inner drum with a gap between the support plate and the side wall of the inner drum , to form a space for the valve plug of the sealing valve to move up and down, a through hole configured to correspond to the drain opening formed in the side wall of the inner drum is formed in a middle part of the support plate , and an upper side of the support plate is fixedly provided with a mounting sleeve , and an inner through hole of the mounting sleeve and the through hole formed in the support plate are coaxially arranged, so that the valve plug column of the sealing valve is coaxially arranged in the inner through hole and moveable up and down. a valve plug column configured to correspond to a drain opening formed in a side wall of the inner drum , and a counterweight hinged to an upper end of the valve plug column , a sealing valve installation structure fixedly installable on the side wall of the inner drum , and a reset spring clamped between the sealing valve installation structure and the valve plug column , characterized in that the sealing valve installation structure includes a support plate installable on an inner side wall of the inner drum with a gap between the support plate and the side wall of the inner drum , to form a space for the valve plug of the sealing valve to move up and down, a through hole configured to correspond to the drain opening formed in the side wall of the inner drum is formed in a middle part of the support plate , and an upper side of the support plate is fixedly provided with a mounting sleeve , and an inner through hole of the mounting sleeve and the through hole formed in the support plate are coaxially arranged, so that the valve plug column of the sealing valve is coaxially arranged in the inner through hole and moveable up and down.
A method implemented in a user terminal for performing a random access procedure, the method comprising transmitting a first message with a random access preamble to a radio base station using a random access channel, RACH, radio resource; receiving a second, random access response message from the radio base station , the random access response message indicating a timing change, an identified radio resource of an uplink shared channel, UL-SCH, and a temporary user terminal identity; adjusting a timing at the user terminal for transmitting signals to the radio base station based on the timing change indicated in the second message; based on the adjusted timing, transmitting a third message to the radio base station over the identified radio resource of the uplink shared channel, wherein the message includes a user terminal identity that was received by the user terminal before the random access procedure, and wherein the third message is scrambled using a cell-associated scrambling sequence that is not terminal-specific, wherein the non-terminal specific cell-associated scrambling sequence is based on the temporary user terminal identity; receiving a fourth, contention resolution message from the radio base station to complete the random access procedure; and performing subsequent data transmissions after completion of the random access procedure using a terminal-specific scrambling sequence. transmitting a first message with a random access preamble to a radio base station using a random access channel, RACH, radio resource; receiving a second, random access response message from the radio base station , the random access response message indicating a timing change, an identified radio resource of an uplink shared channel, UL-SCH, and a temporary user terminal identity; adjusting a timing at the user terminal for transmitting signals to the radio base station based on the timing change indicated in the second message; based on the adjusted timing, transmitting a third message to the radio base station over the identified radio resource of the uplink shared channel, wherein the message includes a user terminal identity that was received by the user terminal before the random access procedure, and wherein the third message is scrambled using a cell-associated scrambling sequence that is not terminal-specific, wherein the non-terminal specific cell-associated scrambling sequence is based on the temporary user terminal identity; receiving a fourth, contention resolution message from the radio base station to complete the random access procedure; and performing subsequent data transmissions after completion of the random access procedure using a terminal-specific scrambling sequence.
An assembly for enabling rotational motion in a vehicle or mobile working machine, said vehicle or working machine comprising at least two sections, whereby at least two of these sections are arranged in at least a partially overlying position relative to the vehicle's or working machine's working surface, making up a top section and a bottom section , and said top section and bottom section are coupled movably to each other by way of at least one trajectory element providing a curvilinear trajectory, and the bottom section comprises at least motion elements for enabling a movement of the vehicle or working machine, whereby the trajectory element is adapted to enable a motion of the top section with respect to the bottom section, the motion being arranged to proceed along a curvilinear trajectory and in a section plane which is in a perpendicular position relative to the vehicle's or working machine's longitudinal rotation axis , wherein the curvilinear trajectory is at least over a part of its length in the shape of a circular arc with the trajectory extending around the vehicle's or working machine's longitudinal rotation axis, said motion is adapted to be generated by means of at least one actuator fitted on the vehicle or working machine and bearing on the top section and/or the bottom section , characterized in that the vehicle or working machine comprises at least two sections, a front section and a rear section , which are successive in lengthwise direction and connected to each other by means of a frame pivot with at least two degrees of freedom, said frame pivot allowing a rotation of the inter-articulated front section and rear section with respect to the vehicle's or working machine's longitudinal rotation axis as well as with respect to a vertical axis extending through the frame pivot.
An electrode unit comprising: an electrode unit housing having a first opening defining a cavity ; a connector having a second opening , the connector disposed in the first opening of the electrode unit housing , the connector to be coupled to a band disposed over a head of a subject; a guide defining a third opening , the guide disposed in the second opening of the connector and coupled to the connector via an interference fit; an electrode disposed in the third opening of the guide , the electrode having a housing , a first spring , and a pin , the pin biased outward from a first end of the housing via the first spring ; and a second spring disposed over the third opening adjacent a second end of the housing , wherein the second spring is disposed over the connector and the guide in the cavity , wherein the electrode is movable through the third opening of the guide into the cavity of the electrode unit housing , and wherein, when the electrode moves into the cavity of the electrode unit housing , a center of the second spring flexes into the cavity . an electrode unit housing having a first opening defining a cavity ; a connector having a second opening , the connector disposed in the first opening of the electrode unit housing , the connector to be coupled to a band disposed over a head of a subject; a guide defining a third opening , the guide disposed in the second opening of the connector and coupled to the connector via an interference fit; an electrode disposed in the third opening of the guide , the electrode having a housing , a first spring , and a pin , the pin biased outward from a first end of the housing via the first spring ; and a second spring disposed over the third opening adjacent a second end of the housing , wherein the second spring is disposed over the connector and the guide in the cavity , wherein the electrode is movable through the third opening of the guide into the cavity of the electrode unit housing , and wherein, when the electrode moves into the cavity of the electrode unit housing , a center of the second spring flexes into the cavity .
A cleaning device for vehicles, having a reservoir for storing a cleaning fluid , having at least one feed pump to feed the cleaning fluid from the reservoir , having a plurality of spray devices for applying the cleaning fluid to surfaces (1 to 4) to be cleaned, and having valve devices disposed in supply lines (34 to 37) for the spray devices in order to control the flow of the cleaning fluid to the spray devices , a buffer reservoir being provided for the cleaning fluid which is hydraulically connected to the high pressure side of the at least one feed pump , the cleaning fluid being stored in the buffer reservoir under hydraulic pressure (P), and the supply lines (34 to 37) for the spray devices leading out from the buffer reservoir characterized in that the buffer reservoir has a rigid outer wall , and in that a movably guided piston is disposed in the interior of the buffer reservoir , defining a storage chamber for the cleaning fluid with a front side of the piston .
Method for the expression and/or production of a polypeptide comprising one or more immunoglobulin single variable domains and comprising a C-terminal extension of maximal 10 amino acid residues in which at least one amino acid residue is a cysteine residue, wherein the one or more immunoglobulin single variable domains are attached to the C-terminal extension, said method comprising the steps of: a) maintaining a Pichia pastoris host under conditions that are such that said Pichia pastoris host expresses and/or produces the polypeptide; b) isolating and/or purifying the secreted polypeptide from the medium; wherein at least 80 % of the polypeptide isolated and/or purified in step b) contains the at least one cysteine residue in the C-terminal extension, as determined by mass spectrometry; and wherein the C-terminal extension is selected from any of SEQ ID NO's: 2-7. a) maintaining a Pichia pastoris host under conditions that are such that said Pichia pastoris host expresses and/or produces the polypeptide; b) isolating and/or purifying the secreted polypeptide from the medium;
A sensor apparatus with touch guiding function, comprising: a cover made from a transparent smooth material or having an opening, a lower surface of the cover being provided with an ink layer ; the ink layer configured to shield the light; a biological sensor configured to collect biological information of the users, the sensor being arranged below the cover ; at least one light-emitting module , the light-emitting module being arranged as parallel to the sensor ; an upper reflecting layer and a lower reflecting layer configured to reflect light emitted from the at least one light -emitting module , the upper reflecting layer being arranged on a lower surface of the ink layer , and the lower reflecting layer being arranged on an upper surface of the sensor ; and a light transmitting glue layer , the light transmitting glue layer being arranged between the upper reflecting layer and the lower reflecting layer ; the ink layer on the lower surface of the cover and the upper reflecting layer are at least provided with an opening, wherein the opening of the ink layer is defined according to the wavelength of the light emitted by the at least one light-emitting module . a cover made from a transparent smooth material or having an opening, a lower surface of the cover being provided with an ink layer ; the ink layer configured to shield the light; a biological sensor configured to collect biological information of the users, the sensor being arranged below the cover ; at least one light-emitting module , the light-emitting module being arranged as parallel to the sensor ; an upper reflecting layer and a lower reflecting layer configured to reflect light emitted from the at least one light -emitting module , the upper reflecting layer being arranged on a lower surface of the ink layer , and the lower reflecting layer being arranged on an upper surface of the sensor ; and a light transmitting glue layer , the light transmitting glue layer being arranged between the upper reflecting layer and the lower reflecting layer ; the ink layer on the lower surface of the cover and the upper reflecting layer are at least provided with an opening, wherein the opening of the ink layer is defined according to the wavelength of the light emitted by the at least one light-emitting module .