mhurhangee/patent-ind-claim-en huggingface dataset:
A pulp distribution compartment arrangement for pulp filter equipment utilizing cylinder-based dewatering, comprising: - a distribution compartment ; - an exit opening from said distribution compartment , said exit opening having an elongated shape with a main extension in a first direction (X); - a inlet to said distribution compartment at a side of the distribution compartment opposite to said exit opening , said inlet entering said distribution compartment at an inlet position in said first direction (X); - a distributer screw rotatably arranged in said distribution compartment with a rotation axis parallel to said first direction (X); whereby an elongated flow passage is defined between said distributer screw and a side wall of said distribution compartment , said side wall extending in a flow direction between said inlet and said exit opening , characterized by - a throttle surface provided at said side wall in a throttle position along said first direction corresponding to said inlet position ; whereby said throttle surface provides a restriction of said elongated flow passage at said throttle position in comparison to other positions in said first direction (X). - a distribution compartment ; - an exit opening from said distribution compartment , said exit opening having an elongated shape with a main extension in a first direction (X); - a inlet to said distribution compartment at a side of the distribution compartment opposite to said exit opening , said inlet entering said distribution compartment at an inlet position in said first direction (X); - a distributer screw rotatably arranged in said distribution compartment with a rotation axis parallel to said first direction (X); whereby an elongated flow passage is defined between said distributer screw and a side wall of said distribution compartment , said side wall extending in a flow direction between said inlet and said exit opening , characterized by - a throttle surface provided at said side wall in a throttle position along said first direction corresponding to said inlet position ; - a throttle surface provided at said side wall in a throttle position along said first direction corresponding to said inlet position ; whereby said throttle surface provides a restriction of said elongated flow passage at said throttle position in comparison to other positions in said first direction (X).
Milking device , comprising - a platform which is rotatable in a direction of rotation and has an edge and a plurality of milking stations , and having milking means for milking a dairy animal , - a plurality of feeding troughs which are distributed along the edge , outside next to the platform and within reach of the dairy animals on the milking stations, characterised in that the feeding troughs are fixedly secured to the outside world , so that the milking stations occupied by cows will perform a lap past the feeding troughs. - a platform which is rotatable in a direction of rotation and has an edge and a plurality of milking stations , and having milking means for milking a dairy animal , - a plurality of feeding troughs which are distributed along the edge , outside next to the platform and within reach of the dairy animals on the milking stations, characterised in that the feeding troughs are fixedly secured to the outside world , so that the milking stations occupied by cows will perform a lap past the feeding troughs.
A method of receiving a Physical Downlink Shared Channel, PDSCH, performed by a user equipment, UE, configured to operate in transmission mode 10 in a 3GPP wireless communication system, the method comprising: receiving (S1203), in a short transmission time interval, sTTI, downlink control information, DCI, that comprises PDSCH resource element, RE, mapping and Quasi Co-Location Indicator, PQI, information related to PDSCH RE mapping and PDSCH antenna port Quasi Co-location, QCL, for the sTTI; and receiving (S1205), in the sTTI and at least one sTTI subsequent to the sTTI, repeated transmissions of the PDSCH based on the PQI information, wherein the PQI information is commonly used for the sTTI and all of the at least one sTTI subsequent to the sTTI. receiving (S1203), in a short transmission time interval, sTTI, downlink control information, DCI, that comprises PDSCH resource element, RE, mapping and Quasi Co-Location Indicator, PQI, information related to PDSCH RE mapping and PDSCH antenna port Quasi Co-location, QCL, for the sTTI; and receiving (S1205), in the sTTI and at least one sTTI subsequent to the sTTI, repeated transmissions of the PDSCH based on the PQI information, wherein the PQI information is commonly used for the sTTI and all of the at least one sTTI subsequent to the sTTI.
A liquid oral care composition that is a mouthwash, mouthrinse or a spray comprising: • 0.005 to 1% w/w chlorhexidine or a salt thereof; • 0.1 to 1% w/w arginine or a salt thereof; and • a zinc salt. • 0.005 to 1% w/w chlorhexidine or a salt thereof; • 0.1 to 1% w/w arginine or a salt thereof; and • a zinc salt.
A method of displaying augmented reality contents, comprising: controlling a camera of an augmented reality enabled device, ARD, to scan an environment in view of a user; identifying a set of flat surfaces in the environment for displaying user interface windows ; assigning one or more surface priority levels to each of the set of flat surfaces, based on at least one of a) how well features of user interface windows can be tracked; b) an area or a size of the surface; c) a location of the surface in the scan of the environment relative to the camera; d) an orientation or an aspect ratio of the surface; and e) a background color of the surface; assigning one or more content priority levels to a set of augmented reality contents for display with respect to the set of flat surfaces in the environment; displaying the set of augmented reality contents on the set of flat surfaces in a display based on the one or more surface priority levels and the one or more content priority levels; tracking based on one or more sensors in the ARD for determining six degrees of freedom whether at least one of the surfaces has been moved in the frames captured by the camera because the user has moved his head, or if the corresponding actual surface has been moved; and in response to determining that the corresponding actual surface has been moved, pruning the at least one surface and re-assigning the user interface windows. controlling a camera of an augmented reality enabled device, ARD, to scan an environment in view of a user; identifying a set of flat surfaces in the environment for displaying user interface windows ; assigning one or more surface priority levels to each of the set of flat surfaces, based on at least one of a) how well features of user interface windows can be tracked; b) an area or a size of the surface; c) a location of the surface in the scan of the environment relative to the camera; d) an orientation or an aspect ratio of the surface; and e) a background color of the surface; assigning one or more content priority levels to a set of augmented reality contents for display with respect to the set of flat surfaces in the environment; displaying the set of augmented reality contents on the set of flat surfaces in a display based on the one or more surface priority levels and the one or more content priority levels; tracking based on one or more sensors in the ARD for determining six degrees of freedom whether at least one of the surfaces has been moved in the frames captured by the camera because the user has moved his head, or if the corresponding actual surface has been moved; and in response to determining that the corresponding actual surface has been moved, pruning the at least one surface and re-assigning the user interface windows.
A heating shell for three-way connector , in particular for a motor vehicle fluid circuit, this shell having a general T or Y shape and comprising an internal passage of the same shape in which a three-way fluidic connector is intended to be housed, the shell being formed by two half-shells of the same shape attached to each other and delimiting said passage between them, the half-shells comprising semi-cylindrical surfaces forming segments of the passage, characterised in that it comprises resistive heating circuits which are formed in situ on said semi-cylindrical surfaces.
A brake for a trolley that comprises: - a support connectable with its first end with a frame of the trolley, - a first axle connected with another end of the support and peripherally provided with three indents , - a first handle with a detent , said handle being pivotally arranged on said first axle , and wherein the first handle can assume three positions on the first axle , which are defined by the three indents , - a pin that is firmly connected with one of its ends with the first handle and arranged parallel to the first axle at a radial distance therefrom, - an eccentric ring with a closed bottom , in which at least an arcuate recess concentric with the first axle is formed, through which the pin projects, wherein the eccentric ring is pivotally mounted on the first axle and can engage with the outer periphery of a trolley wheel , - a tension spring connecting the inner periphery of the eccentric ring and the pin , and - a stop element projecting from the first axle , which can lean against the inner periphery of the eccentric ring thus preventing rotation of the eccentric ring around the first axle in one direction. - a support connectable with its first end with a frame of the trolley, - a first axle connected with another end of the support and peripherally provided with three indents , - a first handle with a detent , said handle being pivotally arranged on said first axle , and wherein the first handle can assume three positions on the first axle , which are defined by the three indents , - a pin that is firmly connected with one of its ends with the first handle and arranged parallel to the first axle at a radial distance therefrom, - an eccentric ring with a closed bottom , in which at least an arcuate recess concentric with the first axle is formed, through which the pin projects, wherein the eccentric ring is pivotally mounted on the first axle and can engage with the outer periphery of a trolley wheel , - a tension spring connecting the inner periphery of the eccentric ring and the pin , and - a stop element projecting from the first axle , which can lean against the inner periphery of the eccentric ring thus preventing rotation of the eccentric ring around the first axle in one direction.
An electronic device comprising: an antenna ; a radio frequency front end module , RF FEM, connected to the antenna; a first signal processing module' connected to the RF FEM and configured to process signals of a first radio access technology (RAT); and a second signal processing module connected to the RF FEM and configured to process signals of a second RAT, wherein the RF FEM includes a frequency separating circuit configured to separate a signal received through the antenna into a signal of the first RAT and a signal of the second RAT; and a switch including a first input terminal coupled with the antenna, a first output terminal coupled with an input terminal of the frequency separating circuit, a second input terminal coupled with one of output terminals of the frequency separating circuit providing the signal of the first RAT, and a second output terminal coupled with a path for the first signal processing module. an antenna ; a radio frequency front end module , RF FEM, connected to the antenna; a first signal processing module' connected to the RF FEM and configured to process signals of a first radio access technology (RAT); and a second signal processing module connected to the RF FEM and configured to process signals of a second RAT, wherein the RF FEM includes a frequency separating circuit configured to separate a signal received through the antenna into a signal of the first RAT and a signal of the second RAT; and a switch including a first input terminal coupled with the antenna, a first output terminal coupled with an input terminal of the frequency separating circuit, a second input terminal coupled with one of output terminals of the frequency separating circuit providing the signal of the first RAT, and a second output terminal coupled with a path for the first signal processing module.
A continuous press arrangement for manufacture of building panels, such as floor or wall panels, comprising: an upper rotatable inlet drum connecting to an upper rotatable outlet drum via an upper continuous press belt and a lower rotatable inlet drum connecting to a lower rotatable outlet drum via a lower continuous press belt ; said upper and lower press belts configured to form a product path there between for feeding a product in a feeding direction (FD) in response to rotation of said drums or displacement of said press belt(-s); an upper and a lower press table , each comprising at least one displaceable pressure cushion configured to be displaced into sealing abutment with the press belt for facilitating a pressure zone , preferably in shape of a pressurizable volume extending along at least a portion of said path ; wherein the arrangement comprises one or more pressure bars (P1, P2, P3) disposed upstream the pressure cushion, in the feeding direction FD, wherein said one or more pressure bars are configured to apply a pressure to the upper press belt and/or the lower press belt respectively in a direction towards the product path , and wherein one or more of said pressure bar(-s) (P1, P2, P3) are configured to pre-compress the product when being fed in the product path , at a position upstream said pressure zone , and downstream a respective centre axis (Ax1, Ax2) of said inlet drums in the feeding direction. an upper rotatable inlet drum connecting to an upper rotatable outlet drum via an upper continuous press belt and a lower rotatable inlet drum connecting to a lower rotatable outlet drum via a lower continuous press belt ; said upper and lower press belts configured to form a product path there between for feeding a product in a feeding direction (FD) in response to rotation of said drums or displacement of said press belt(-s); an upper and a lower press table , each comprising at least one displaceable pressure cushion configured to be displaced into sealing abutment with the press belt for facilitating a pressure zone , preferably in shape of a pressurizable volume extending along at least a portion of said path ; wherein the arrangement comprises one or more pressure bars (P1, P2, P3) disposed upstream the pressure cushion, in the feeding direction FD, wherein said one or more pressure bars are configured to apply a pressure to the upper press belt and/or the lower press belt respectively in a direction towards the product path , and wherein one or more of said pressure bar(-s) (P1, P2, P3) are configured to pre-compress the product when being fed in the product path , at a position upstream said pressure zone , and downstream a respective centre axis (Ax1, Ax2) of said inlet drums in the feeding direction.
A cartridge for use in in-vitro diagnostics, the cartridge comprising: a cartridge housing defining a plurality of operational volumes (A to Z, AA, BB, CC, DD), at least some of said plurality of operational volumes (A to Z, AA, BB, CC, DD) being mutually linearly aligned; and a fluid solution transporter operative to transfer fluid solutions from at least one of said plurality of linearly aligned operational volumes (A to Z, AA, BB, CC, DD) to at least another of said plurality of linearly aligned operational volumes (A to Z, AA, BB, CC, DD), characterized in that : said cartridge housing defines at least one septum which mutually sealingly separates said plurality of linearly aligned operational volumes; and said fluid solution transporter includes: a linearly displaceable transport element operative to sequentially communicate with interiors of said at least some of said plurality of operational volumes (A to Z, AA, BB, CC, DD), with said linearly displaceable transport element comprising a hollow needle ; and a piston assembly communicating with said linearly displaceable transport element . a cartridge housing defining a plurality of operational volumes (A to Z, AA, BB, CC, DD), at least some of said plurality of operational volumes (A to Z, AA, BB, CC, DD) being mutually linearly aligned; and a fluid solution transporter operative to transfer fluid solutions from at least one of said plurality of linearly aligned operational volumes (A to Z, AA, BB, CC, DD) to at least another of said plurality of linearly aligned operational volumes (A to Z, AA, BB, CC, DD), characterized in that : said cartridge housing defines at least one septum which mutually sealingly separates said plurality of linearly aligned operational volumes; and said fluid solution transporter includes: a linearly displaceable transport element operative to sequentially communicate with interiors of said at least some of said plurality of operational volumes (A to Z, AA, BB, CC, DD), with said linearly displaceable transport element comprising a hollow needle ; and a piston assembly communicating with said linearly displaceable transport element . said cartridge housing defines at least one septum which mutually sealingly separates said plurality of linearly aligned operational volumes; and said fluid solution transporter includes: a linearly displaceable transport element operative to sequentially communicate with interiors of said at least some of said plurality of operational volumes (A to Z, AA, BB, CC, DD), with said linearly displaceable transport element comprising a hollow needle ; and a piston assembly communicating with said linearly displaceable transport element . a linearly displaceable transport element operative to sequentially communicate with interiors of said at least some of said plurality of operational volumes (A to Z, AA, BB, CC, DD), with said linearly displaceable transport element comprising a hollow needle ; and a piston assembly communicating with said linearly displaceable transport element .
An abrasive article comprising: a body including: a bond material extending throughout the body, wherein the bond material comprises greater than 23 wt% aluminum oxide (Al 2 O 3 ) for a total weight of the bond material and at least 0.1 wt% and less than 2 wt% of lithium oxide for a total weight of the bond material ; and abrasive particles contained within the bond material ; and porosity of at most 63 vol% and at least 13 vol% for a total volume of the body. a bond material extending throughout the body, wherein the bond material comprises greater than 23 wt% aluminum oxide (Al 2 O 3 ) for a total weight of the bond material and at least 0.1 wt% and less than 2 wt% of lithium oxide for a total weight of the bond material ; and abrasive particles contained within the bond material ; and porosity of at most 63 vol% and at least 13 vol% for a total volume of the body.
A method for wireless communication, comprising: identifying an uplink common burst symbol for transmission of one or more types of information in a self-contained wireless communication subframe; determining one or more types of information to be transmitted in the uplink common burst symbol; selecting one of a single-carrier frequency division multiplexing, SC-FDM, transmission waveform, an orthogonal frequency division multiplexing, OFDM, transmission waveform, or a mixed SC-FDM and OFDM transmission waveform for transmission of the uplink common burst symbol based at least in part on the one or more types of information to be transmitted in the uplink common burst symbol, wherein when the SC-FDM transmission waveform is selected for transmission of the uplink common burst symbol, the transmission comprises selecting a sequence from a set of sequences based at least in part on the information to be transmitted in the uplink common burst symbol, said sequence identifying said information, and wherein the different sequences of the set of sequences correspond to different cyclic shifts of a base sequence; and transmitting the uplink common burst symbol. identifying an uplink common burst symbol for transmission of one or more types of information in a self-contained wireless communication subframe; determining one or more types of information to be transmitted in the uplink common burst symbol; selecting one of a single-carrier frequency division multiplexing, SC-FDM, transmission waveform, an orthogonal frequency division multiplexing, OFDM, transmission waveform, or a mixed SC-FDM and OFDM transmission waveform for transmission of the uplink common burst symbol based at least in part on the one or more types of information to be transmitted in the uplink common burst symbol, wherein when the SC-FDM transmission waveform is selected for transmission of the uplink common burst symbol, the transmission comprises selecting a sequence from a set of sequences based at least in part on the information to be transmitted in the uplink common burst symbol, said sequence identifying said information, and wherein the different sequences of the set of sequences correspond to different cyclic shifts of a base sequence; and transmitting the uplink common burst symbol.
Refrigeration appliance with a refrigeration compartment housing , which delimits an interior of the refrigeration compartment , wherein a lower shelf is arranged in the interior of the refrigeration compartment , and wherein the lower shelf is in contact with a holding element in sections, wherein the holding element has a first connection element and a second connection element , wherein the first connection element engages into a first depression of the refrigeration appliance housing in order to form a plug-in connection and the second connection element engages into a second depression of the refrigeration compartment housing for forming a plug-in connection , characterised in that the refrigeration compartment housing has at least one rear wall and at least one side wall , wherein the rear wall and the side wall connects a curved wall segment , wherein the first depression is arranged in the side wall and the second depression is arranged in the curved wall segment .
A scanning laser projector comprising: at least one source of laser light; a scanning mirror to reflect the laser light, the scanning mirror having a position sensor to provide a position feedback signal ; and a drive circuit to provide a sinusoidal excitation signal to excite resonant motion of the scanning mirror , the excitation signal having an amplitude and a phase, the drive circuit including a first feedback circuit to modify the amplitude of the excitation signal in response to the position feedback signal , and a second feedback circuit to modify the phase of the excitation signal in response to an excitation signal amplitude , wherein a bandwidth of the first feedback circuit is greater than a bandwidth of the second feedback circuit. at least one source of laser light; a scanning mirror to reflect the laser light, the scanning mirror having a position sensor to provide a position feedback signal ; and a drive circuit to provide a sinusoidal excitation signal to excite resonant motion of the scanning mirror , the excitation signal having an amplitude and a phase, the drive circuit including a first feedback circuit to modify the amplitude of the excitation signal in response to the position feedback signal , and a second feedback circuit to modify the phase of the excitation signal in response to an excitation signal amplitude , wherein a bandwidth of the first feedback circuit is greater than a bandwidth of the second feedback circuit.