mhurhangee/ep-ind-claims huggingface dataset:
A method of selecting codebook, the method being performed in a network node and comprising: - determining whether to use single-user multiple-input-multiple output, SU-MIMO, or multi-user multiple-input-multiple output, MU-MIMO, in a cell (C 1) controlled by the network node, and - selecting, based on the determining, a first codebook or a second codebook for use in communication with a communication device within the cell (C 1), wherein the first codebook is adapted for SU-MIMO communication and the second codebook is adapted for MU-MIMO communication, wherein the first codebook is adapted for SU-MIMO communication by comprising precoder matrices minimizing sidelobes outside the cell (C 1), and wherein the second codebook is adapted for MU-MIMO communication by comprising precoder matrices minimizing sidelobes within the cell (C 1). - determining whether to use single-user multiple-input-multiple output, SU-MIMO, or multi-user multiple-input-multiple output, MU-MIMO, in a cell (C 1) controlled by the network node, and - selecting, based on the determining, a first codebook or a second codebook for use in communication with a communication device within the cell (C 1), wherein the first codebook is adapted for SU-MIMO communication and the second codebook is adapted for MU-MIMO communication, wherein the first codebook is adapted for SU-MIMO communication by comprising precoder matrices minimizing sidelobes outside the cell (C 1), and wherein the second codebook is adapted for MU-MIMO communication by comprising precoder matrices minimizing sidelobes within the cell (C 1).
A package-belt line drawing device, comprising: a holding mechanism that holds a plurality of writing tools; and characterised in that the package-belt line drawing device further comprising a switching mechanism that moves any one of the writing tools forward to a line drawing position, wherein the holding mechanism holds a rotator while allowing the rotator to move rotationally and holds the writing tools while allowing the writing tools to move forward and rearward, the rotator including a plurality of holding portions that support the writing tools, respectively, wherein the rotator circularly moves the holding portions with the rotational movement while urging the holding portions rearward, and wherein the switching mechanism includes a rotational driving mechanism and a straight advance driving mechanism, the rotational driving mechanism being engaged with the holding mechanism to rotationally move the rotator, the straight advance driving mechanism moving any of the holding portions positioned at an engagement position by the rotational movement forward to the line drawing position. a holding mechanism that holds a plurality of writing tools; and characterised in that the package-belt line drawing device further comprising a switching mechanism that moves any one of the writing tools forward to a line drawing position, wherein the holding mechanism holds a rotator while allowing the rotator to move rotationally and holds the writing tools while allowing the writing tools to move forward and rearward, the rotator including a plurality of holding portions that support the writing tools, respectively, wherein the rotator circularly moves the holding portions with the rotational movement while urging the holding portions rearward, and wherein the switching mechanism includes a rotational driving mechanism and a straight advance driving mechanism, the rotational driving mechanism being engaged with the holding mechanism to rotationally move the rotator, the straight advance driving mechanism moving any of the holding portions positioned at an engagement position by the rotational movement forward to the line drawing position.
A tissue biopsy device, comprising: a handle configured to be grasped by a user; a needle assembly operably coupled to the handle and comprising a first hollow cannula configured to sever a distal end of a tissue sample and a second hollow cannula configured to sever a longitudinal portion of the tissue sample; and an actuation assembly (150, 146, 190) operably coupled to the handle and needle assembly, the actuation assembly (150, 146) comprising: a biasing member; a first hub member coupled to the first hollow cannula and configured to be displaced by the biasing member when the actuation assembly is actuated; a second hub member coupled to the second hollow cannula, the first hub member configured to impact the second hub member when the actuation assembly is actuated and displace at least the second hollow cannula when the first hub member impacts the second hub member; a dampening member configured to absorb a portion of the kinetic energy of the second hub member to arrest the motion of the second hub member with respect to the handle; wherein the first hub member is configured to travel a longitudinal distance after motion of the second hub member is arrested. a handle configured to be grasped by a user; a needle assembly operably coupled to the handle and comprising a first hollow cannula configured to sever a distal end of a tissue sample and a second hollow cannula configured to sever a longitudinal portion of the tissue sample; and an actuation assembly (150, 146, 190) operably coupled to the handle and needle assembly, the actuation assembly (150, 146) comprising: a biasing member; a first hub member coupled to the first hollow cannula and configured to be displaced by the biasing member when the actuation assembly is actuated; a second hub member coupled to the second hollow cannula, the first hub member configured to impact the second hub member when the actuation assembly is actuated and displace at least the second hollow cannula when the first hub member impacts the second hub member; a dampening member configured to absorb a portion of the kinetic energy of the second hub member to arrest the motion of the second hub member with respect to the handle; wherein the first hub member is configured to travel a longitudinal distance after motion of the second hub member is arrested. a biasing member; a first hub member coupled to the first hollow cannula and configured to be displaced by the biasing member when the actuation assembly is actuated; a second hub member coupled to the second hollow cannula, the first hub member configured to impact the second hub member when the actuation assembly is actuated and displace at least the second hollow cannula when the first hub member impacts the second hub member; a dampening member configured to absorb a portion of the kinetic energy of the second hub member to arrest the motion of the second hub member with respect to the handle; wherein the first hub member is configured to travel a longitudinal distance after motion of the second hub member is arrested.
An aqueous emulsion or dispersion of polymeric particles comprising a compound of the formula: R 1.[ n.R 2] m where: R 1 is the residue of a sugar; AO is an alkylene oxide residue; each n is independently from 1 to 100; m is at least 2; and each R 2 is independently H, a C 1 to C 21 hydrocarbyl, or an acyl group -OC.R 3 where R 3 is a C 1 to C 21 hydrocarbyl group, wherein on average at least 1.2 of the R 2 groups is an acyl group -OC.R 3 where R 3 is a C 4 to C 21 hydrocarbyl group comprising at least two ethylenic double bonds. R 1 is the residue of a sugar; AO is an alkylene oxide residue; each n is independently from 1 to 100; m is at least 2; and each R 2 is independently H, a C 1 to C 21 hydrocarbyl, or an acyl group -OC.R 3 where R 3 is a C 1 to C 21 hydrocarbyl group,
Dose volume measuring device for measuring the volume of a release agent to be discharged via a spray nozzle device, comprising a measuring piston which is adjustably mounted in an adjustment space in a measuring housing, the release agent being able to be introduced into the adjustment space via an inflow opening and being able to be removed from the adjustment space via an outflow opening, and comprising a sensor device for determining the adjusting movement of the measuring piston in the adjustment space, characterized in that an overflow channel is introduced into an end face of the measuring piston, which overflow channel connects the interior of the measuring piston, designed as a hollow body, to the adjustment space.
A device for measuring a fill level of a flexible medicine reservoir, comprising a support for supporting the flexible medicine reservoir and a leaf spring member, characterized in that a first section of the leaf spring member is mounted to a fixed bearing, wherein a second section of the leaf spring member is guided by a floating bearing, wherein the leaf spring member is designed for contacting the flexible medicine reservoir and for providing that changes in the fill level of the flexible medicine reservoir effect changes of the form of the leaf spring member, wherein a detector is arranged for detecting the effected changes of the form of the leaf spring member and for enabling measuring of the fill level of the flexible medicine reservoir.
A catalyst composition for polymerization of olefins comprising a monoester and an internal electron donor represented by formula, wherein: R 1, R 2, R 3, R 4, R 5 and R 6 are the same or different and are independently selected from the group consisting of hydrogen, straight, branched and cyclic alkyl having at most 20 carbon atoms and aromatic substituted and unsubstituted hydrocarbyl having 6 to 20 carbon atoms; R 7 is selected from the group consisting of straight, branched and cyclic alkyl having at most 20 carbon atoms and aromatic substituted and unsubstituted hydrocarbyl having 6 to 20 carbon atoms; and R 8 is selected from the group consisting of aromatic substituted and unsubstituted hydrocarbyl having 6 to 20 carbon atoms. R 1, R 2, R 3, R 4, R 5 and R 6 are the same or different and are independently selected from the group consisting of hydrogen, straight, branched and cyclic alkyl having at most 20 carbon atoms and aromatic substituted and unsubstituted hydrocarbyl having 6 to 20 carbon atoms; R 7 is selected from the group consisting of straight, branched and cyclic alkyl having at most 20 carbon atoms and aromatic substituted and unsubstituted hydrocarbyl having 6 to 20 carbon atoms; and R 8 is selected from the group consisting of aromatic substituted and unsubstituted hydrocarbyl having 6 to 20 carbon atoms.
A cable, comprising: a film having a first pin region and a first dummy pin region adjacent to one another on a first face of the film, and a second pin region and a second dummy pin region adjacent to one another on a second face of the film opposite the first face, the second pin region overlapping the first dummy pin region and the second dummy pin region overlapping the first pin region; a first cable pin and a second cable pin spaced apart from one another in the first pin region; a third cable pin and a fourth cable pin spaced apart from one another in the second pin region; a first cable signal line on the first face of the film and connected to the first cable pin, and a second cable signal line on the first face of the film and connected to the second cable pin; and a third cable signal line on the second face of the film and connected to the third cable pin, and a fourth cable signal line on the second face of the film and connected to the fourth cable pin; a first dummy pin and a second dummy pin disposed in the first dummy pin region at positions overlapping the third cable pin and the fourth cable pin, respectively; and a third dummy pin and a fourth dummy pin disposed in the second dummy pin region at positions overlapping the first cable pin and the second cable pin, respectively. a film having a first pin region and a first dummy pin region adjacent to one another on a first face of the film, and a second pin region and a second dummy pin region adjacent to one another on a second face of the film opposite the first face, the second pin region overlapping the first dummy pin region and the second dummy pin region overlapping the first pin region; a first cable pin and a second cable pin spaced apart from one another in the first pin region; a third cable pin and a fourth cable pin spaced apart from one another in the second pin region; a first cable signal line on the first face of the film and connected to the first cable pin, and a second cable signal line on the first face of the film and connected to the second cable pin; and a third cable signal line on the second face of the film and connected to the third cable pin, and a fourth cable signal line on the second face of the film and connected to the fourth cable pin; a first dummy pin and a second dummy pin disposed in the first dummy pin region at positions overlapping the third cable pin and the fourth cable pin, respectively; and a third dummy pin and a fourth dummy pin disposed in the second dummy pin region at positions overlapping the first cable pin and the second cable pin, respectively.
Device which comprises a sensor or actuator and coupling means for electrically and mechanically coupling the sensor or actuator, wherein the coupling means comprise an individual electrical conductor having a core made of a first material and a jacket made of a second material, and the first material has lower thermal conductivity than the second material wherein the first material of the electrical conductor is embodied in the form of an internal conductor which has a circular cross section, and the second material is embodied as an external conductor which encloses the internal conductor, characterized in that the sensor is designed for use as a sensor in an anti-lock brake system, for sensing the rotational speed of wheels, wherein the ratio of the internal radius of the internal conductor to the thickness of the external conductor is greater than 10:1, wherein the ratio is between 10.1 and 1000:1.
A method of monitoring a sheet supply system (18, 38, 42) in a printer comprising: at least two input trays, a print station, the sheet supply system arranged to feed sheets from said at least two input trays to the print station, a sheet quality detection device disposed at the sheet supply system upstream of the print station for checking a quality of the sheets and rejecting defective sheets, and a discharge system arranged to divert rejected sheets into a discharge path, the method being characterized by the following steps: (a) determining a number of defective sheets supplied from a first one of the at least two input trays; (b) comparing the number to a predetermined threshold; and (c) issuing an error signal when the number exceeds the predetermined threshold. (a) determining a number of defective sheets supplied from a first one of the at least two input trays; (b) comparing the number to a predetermined threshold; and (c) issuing an error signal when the number exceeds the predetermined threshold.
A dispensing station for transport trolleys arranged behind one another and nested into one another, having at least one guide rail and having at least one through-travel detent as well as a payment-collecting device, wherein through-travel detent and payment-collecting device are electrically connected to one another, wherein the through-travel detent is arranged in the guide rail, and wherein furthermore each transport trolley has an adapter which enables the removal of a trolley from or the entry thereof into the dispensing station when the through-travel detent is unlocked and prevents this when the through-travel detent is locked, characterized in that an additional blocking means is provided which mechanically prevents the entry or removal of a trolley in the event that the dispensing station is not supplied with electrical energy, wherein the additional blocking means is formed from a magnet, a blocking bolt and a return mechanism, wherein the magnet is in normal operation supplied with electric current, in that the additional blocking means is arranged in the guide rail, wherein a piston rod is arranged on the magnet, wherein the blocking bolt has a bar, wherein a first and a second perpendicular sheet-metal part (8, 9) are arranged parallel to the bar, and wherein another sheet-metal part is arranged on the first perpendicular sheet-metal part so as to be parallel to the magnet, wherein blocking bolt and return mechanism are movably connected to one another and cooperate via the bar and the piston rod of the magnet, and wherein the bar is for this purpose rotatably arranged on a mounting metal-sheet, so that the through-travel detent is in the currentless state locked via the sheet-metal part.
Device for automatic length adjustment for a bracelet, comprising a rack pivotable about a first fastening axis and a connecting element pivotable about a second fastening axis, said connecting element being connected to said rack via at least one elastic element and a slider, characterized in that said elastic element is disposed longitudinally in a longitudinal through-hole of said slider of corresponding shape to said elastic element.
Floor cleaning apparatus comprising: a front portion and a rear portion; the rear portion comprising two lateral rear wheels; a chassis; and a cleaning unit attached to the chassis, wherein the cleaning unit comprises: at least one rotatable brush which is arranged in the front portion of the cleaning apparatus so as to be contactable with a floor to be cleaned; and a suction device including a front suction unit arranged in front of the at least one brush and a rear suction unit arranged rearward of the at least one brush, characterized in that the front suction unit comprises a front suction channel and a closing member for closing the front suction channel. a front portion and a rear portion; the rear portion comprising two lateral rear wheels; a chassis; and a cleaning unit attached to the chassis, wherein the cleaning unit comprises: at least one rotatable brush which is arranged in the front portion of the cleaning apparatus so as to be contactable with a floor to be cleaned; and a suction device including a front suction unit arranged in front of the at least one brush and a rear suction unit arranged rearward of the at at least one rotatable brush which is arranged in the front portion of the cleaning apparatus so as to be contactable with a floor to be cleaned; and a suction device including a front suction unit arranged in front of the at least one brush and a rear suction unit arranged rearward of the at least one brush, the front suction unit comprises a front suction channel and a closing member for closing the front suction channel.
Safety barrier comprising a central panel, two lateral uprights supporting said central panel, said central panel comprising lateral edges and being connected to each of said lateral uprights in a pivoting manner by articulation elements such that a movement in translation of said central panel with respect to said lateral uprights causes the lateral edges of said central panel to move closer to or further from said lateral uprights, causing, respectively, said barrier to open or to close when placed in a passage to which access is designed to be prevented, characterized in that it comprises - a means (18, 21, 28, 29, 30, 31) for blocking the displacement of at least one of said articulation elements so as to prevent the movement in translation of said central panel with respect to said lateral uprights when said barrier is in its closed position, and - a manual control device (26, 28) by means of which it is possible to unlock said blocking means (18, 21, 28, 29, 30, 31) to allow said central panel to move in translation and thus said barrier to open, and in that said blocking means (18, 21, 28, 29, 30, 31) comprises: - a latch connected to said central panel or to said lateral upright comprising the articulation element, the movement of which is designed to be blocked, said latch being able to move between a retracted position and a position in which it projects respectively from a lateral edge of said central panel or from said lateral upright, and - a recess placed respectively on said lateral upright or on said lateral edge of the central panel, said recess being designed to receive said latch in order to block the movement in translation of said central panel with respect to said lateral upright. - a means (18, 21, 28, 29, 30, 31) for blocking the displacement of at least one of said articulation elements so as to prevent the movement in translation of said central panel with respect to said lateral uprights when said barrier is in its closed position, and - a manual control device (26, 28) by means of which it is possible to unlock said blocking means (18, 21, 28, 29, 30, 31) to allow said central panel to move in translation and thus said barrier to open, - a latch connected to said central panel or to said lateral upright comprising the articulation element, the movement of which is designed to be blocked, said latch being able to move between a retracted position and a position in which it projects respectively from a lateral edge of said central panel or from said lateral upright, and - a recess placed respectively on said lateral upright or on said lateral edge of the central panel, said recess being designed to receive said latch in order to block the movement in translation of said central panel with respect to said lateral upright.
A computerized method for deriving step counts from a hardware component (115 - 120) for a consumer good (4, 10) carried or worn by a user, the hardware component comprising an air pressure sensor and a detection module, the detection module configured to access data from the pressure sensor, the method comprising, at the detection module: sampling pressure sensor data from the pressure sensor, the pressure sensor data representative of temporal pressure oscillations; identifying, from the sampled pressure sensor data, a signal corresponding to pressure oscillations characteristics of pressure waves induced by steps taken by the user of the consumer good, while travelling on foot; and deriving a step count from the identified signal, wherein the hardware component further comprises: a motion sensor, the latter configured to produce motion sensor data representative of a proper acceleration of the hardware component, and wherein the method further comprises: accessing a first step count as derived by said detection module from said pressure sensor data; accessing a second step count as derived from said motion sensor data; comparing the first step count with the second step count accessed to obtain a comparison result; and based on the obtained comparison result, deactivating said motion sensor. sampling pressure sensor data from the pressure sensor, the pressure sensor data representative of temporal pressure oscillations; identifying, from the sampled pressure sensor data, a signal corresponding to pressure oscillations characteristics of pressure waves induced by steps taken by the user of the consumer good, while travelling on foot; and deriving a step count from the identified signal, accessing a first step count as derived by said detection module from said pressure sensor data; accessing a second step count as derived from said motion sensor data; comparing the first step count with the second step count accessed to obtain a comparison result; and based on the obtained comparison result, deactivating said motion sensor.