mhurhangee/patent-ind-claim-en huggingface dataset:
A printing apparatus for providing an image on a substrate , the printing apparatus comprising a printing surface for supporting the substrate in a printing area and an aligning anchor for positioning the substrate on the printing surface, the printing surface comprising a plurality of suction holes being distributed over the printing surface to provide a suction force to a contact side of the substrate, the aligning anchor comprising: a first aligning element comprising a contact surface shaped to contact the printing surface, wherein the first aligning element has a thickness (h 1 ) perpendicular to the contact surface; and wherein the aligning anchor further comprises a first positioning pin and a second positioning pin , each positioning pin protruding in a height direction (c) substantially perpendicular from the contact surface and being shaped to fit into a suction hole, the first positioning pin and the second positioning pin being arranged at a distance (d 1 , d 2 , d 4 ) with respect to each other in the plane of the contact surface such that the first positioning pin fits into a first suction hole of the printing surface while the second positioning pin fits into a second suction hole of the printing surface in an assembled state of the aligning anchor and the printing surface. a first aligning element comprising a contact surface shaped to contact the printing surface, wherein the first aligning element has a thickness (h 1 ) perpendicular to the contact surface; and wherein the aligning anchor further comprises a first positioning pin and a second positioning pin , each positioning pin protruding in a height direction (c) substantially perpendicular from the contact surface and being shaped to fit into a suction hole, the first positioning pin and the second positioning pin being arranged at a distance (d 1 , d 2 , d 4 ) with respect to each other in the plane of the contact surface such that the first positioning pin fits into a first suction hole of the printing surface while the second positioning pin fits into a second suction hole of the printing surface in an assembled state of the aligning anchor and the printing surface.
A method of limiting or reducing liquid or gas inflow through a porous matrix by a sealing composition formed from contacting a coagulable polymer emulsion or colloid with a selected additive for interacting with said polymer emulsion or colloid, comprising: delivering the coagulable polymer emulsion or colloid to said porous matrix ; delivering to said porous matrix the selected additive for coagulating said polymer emulsion or colloid; and contacting said selected additive with said coagulable polymer emulsion or colloid; wherein said sealing barrier is formed by contacting said polymer emulsion or colloid with said at least one selected additive to cause coagulation of said polymer emulsion or colloid to the coagulated mass to form said sealing barrier ; wherein said coagulable polymer emulsion or colloid contains at least one radiation stabiliser to confer radiation resistance on said sealing barrier ; and wherein polymeric particles within the polymer emulsion have a size of less than 2 microns. delivering the coagulable polymer emulsion or colloid to said porous matrix ; delivering to said porous matrix the selected additive for coagulating said polymer emulsion or colloid; and contacting said selected additive with said coagulable polymer emulsion or colloid; wherein said sealing barrier is formed by contacting said polymer emulsion or colloid with said at least one selected additive to cause coagulation of said polymer emulsion or colloid to the coagulated mass to form said sealing barrier ; wherein said coagulable polymer emulsion or colloid contains at least one radiation stabiliser to confer radiation resistance on said sealing barrier ; and wherein polymeric particles within the polymer emulsion have a size of less than 2 microns.
Shredder for comminuting organic material to form shreds, comprising one introduction funnel for supplying organic material, a shredding chamber provided with rotatable cutting means for shredding the supplied organic material into shreds and a fan chamber containing a fan which is connected to the shredding chamber via a centrally situated passage for the shreds formed, which is provided between the shredding chamber and the fan chamber , wherein the fan is configured to generate a suction force which will suck the shreds out of the shredding chamber via the passage and will remove these from the fan chamber via a discharge opening , the cutting means comprising at least two adjacent cutting blade groups which are fixedly fitted next to one another onto the periphery of a shaft and rotatably arranged in front of an anvil , wherein said cutting blade groups each comprise several splitting blades which are intended for splitting supplied organic material substantially along the direction of introduction of the material, centre of the passage is situated on the shaft of the cutting blade groups , and in that the shredder further comprises obstruction means which are configured to counteract the shred-conveying airflow in the direction of the passage in order to increase the residence time of the shreds in the shredding chamber, wherein in order to form the obstruction means the cutting face of a number of cutting blades has a bevel which is positioned in such a manner that, in use, the shreds formed are flung in a direction away from the passage .
A membrane bottom for a contact vessel , in particular for oxidation of SO 2 to SO 3 , which comprises at least two segments , wherein, each segment , seen in top view parallel to a longitudinal axis L, has a projection surface which is a section of a circular ring about a center M, with the longitudinal axis L extending through the center M; and wherein each segment has an inner edge facing the center, an outer edge opposite the inner edge seen radially from the center, and two side edges , the side edges laterally delimiting the projection surface of the segment from the inner edge to the outer edge in radial direction seen from the center. wherein in order to form the membrane bottom , the at least two segments are arranged adjacent to one another in a plane extending through their projection surfaces and are laterally supported on support surfaces along their radial side edges , while being firmly connected thereto, wherein the support surfaces are provided by a holding means which substantially has an outer shape of a T-beam or Y-beam or cross profile beam, wherein the lateral projections of the T-beam or Y-beam or cross profile beam provide the support surfaces and the length of the T-beam or Y-beam or cross profile beam corresponds to the length of the holding means which is equal to or preferably longer than that of the side edge of the segment . each segment , seen in top view parallel to a longitudinal axis L, has a projection surface which is a section of a circular ring about a center M, with the longitudinal axis L extending through the center M; and wherein each segment has an inner edge facing the center, an outer edge opposite the inner edge seen radially from the center, and two side edges , the side edges laterally delimiting the projection surface of the segment from the inner edge to the outer edge in radial direction seen from the center. wherein in order to form the membrane bottom , the at least two segments are arranged adjacent to one another in a plane extending through their projection surfaces and are laterally supported on support surfaces along their radial side edges , while being firmly connected thereto, wherein the support surfaces are provided by a holding means which substantially has an outer shape of a T-beam or Y-beam or cross profile beam, wherein the lateral projections of the T-beam or Y-beam or cross profile beam provide the support surfaces and the length of the T-beam or Y-beam or cross profile beam corresponds to the length of the holding means which is equal to or preferably longer than that of the side edge of the segment .
A computer-implemented method comprising: storing marking data to specify at least one selected marking , the marking data including a machine-readable description of the selected marking and a marking reference coordinate frame for the selected marking ; storing task plan data describing a process executable by an application tool to apply the selected marking based on the marking data and at least one parameter of the application tool ; determining a pose of the application tool ; and computing a joint-space trajectory of the application tool based on the task plan data and the pose of the application tool , the joint-space trajectory providing instructions to control the application tool to apply the selected marking at a target location, characterized in that the marking comprises at least one of a graphical object to be applied to a surface at the target location, removing the surface at the target location, or changing the surface at the target location. storing marking data to specify at least one selected marking , the marking data including a machine-readable description of the selected marking and a marking reference coordinate frame for the selected marking ; storing task plan data describing a process executable by an application tool to apply the selected marking based on the marking data and at least one parameter of the application tool ; determining a pose of the application tool ; and computing a joint-space trajectory of the application tool based on the task plan data and the pose of the application tool , the joint-space trajectory providing instructions to control the application tool to apply the selected marking at a target location, characterized in that the marking comprises at least one of a graphical object to be applied to a surface at the target location, removing the surface at the target location, or changing the surface at the target location.
A passenger compartment of the vehicle , comprising a system for eradicating pathogens inside the passenger compartment, comprising: a lamp transmitting far ultraviolet C, far-UVC, light thereby generating an irradiation zone within the passenger compartment of the vehicle ; an interior trim component disposed within said passenger compartment having said lamp integrated therewith and configured to direct the irradiation zone toward vehicle seats located within the passenger compartment; an air circulation system for circulating air through said irradiation zone of said lamp thereby eradicating aerosol pathogens disposed within the passenger compartment; said lamp is configured to direct on at least one of the passengers occupying said passenger compartment and surfaces of the interior of the vehicle ; and at least one of a sensor for identifying a passenger is occupying said passenger compartment and a processor implementing a timer for terminating irradiation of the passenger for preventing a passenger exposure threshold from being reached. a lamp transmitting far ultraviolet C, far-UVC, light thereby generating an irradiation zone within the passenger compartment of the vehicle ; an interior trim component disposed within said passenger compartment having said lamp integrated therewith and configured to direct the irradiation zone toward vehicle seats located within the passenger compartment; an air circulation system for circulating air through said irradiation zone of said lamp thereby eradicating aerosol pathogens disposed within the passenger compartment; said lamp is configured to direct on at least one of the passengers occupying said passenger compartment and surfaces of the interior of the vehicle ; and at least one of a sensor for identifying a passenger is occupying said passenger compartment and a processor implementing a timer for terminating irradiation of the passenger for preventing a passenger exposure threshold from being reached.
Bag for bicycle, comprising a container and a coupling system which is intended to attach the container to a bicycle, the coupling system comprising a first coupling part intended to be fixed to the bicycle and a second coupling part fixed onto the container , the first coupling part and the second coupling part being mutually slidably engageable with each other, the first coupling part comprises a clamp system , intended to fix it to a frame part of a bicycle saddle, and a slide matching a seat present on the second coupling part so as to be slidably received inside said seat , the second coupling part being in an upper position and close to a front part of the container and on this front part of the container there also being present a belt intended to lock the seat post of a bicycle against this front part when the first coupling part is fixed to the frame part of the saddle and the slide is received inside the seat , the clamp system comprising first jaws and second jaws , the first jaws being fixed on the first coupling part , while the second jaws are movably mounted on a body so that they can be moved towards the first jaws by means of an adjustment mechanism , characterized in that the first jaws have a transverse length greater than that of the second jaws and the second jaws are adjustable positionwise on the body so as to move away or towards each other in order to adapt to different distances between rod-shaped elements .
A data sending apparatus , comprising a processing unit and a communications unit , wherein the processing unit is configured to: generate K first frequency-domain data streams, wherein a k th first frequency-domain data stream is obtained by performing preprocessing on a k th first modulated data stream, and the preprocessing comprises at least a zero padding operation and Fourier transform; a length of the k th first frequency-domain data stream is N k , and a length of the k th first modulated data stream is M k , K is a positive integer greater than 1; k =0 , 1, ..., K-1; and N k and M k are positive integers; the processing unit is further configured to: map the K first frequency-domain data streams to frequency-domain resources, to generate a time-domain symbol; and the communications unit is configured to send the time-domain symbol; characterized in that the k th first modulated data stream is obtained by performing Pi/2-BPSK modulation on to-be-sent data; wherein starting positions and/or end positions of data of K first modulated data streams in corresponding data streams obtained through the zero padding operation are the same, and the preprocessing further comprises performing different phase rotation on frequency-domain data of different data streams, performed after the Fourier transform is performed. the processing unit is configured to: generate K first frequency-domain data streams, wherein a k th first frequency-domain data stream is obtained by performing preprocessing on a k th first modulated data stream, and the preprocessing comprises at least a zero padding operation and Fourier transform; a length of the k th first frequency-domain data stream is N k , and a length of the k th first modulated data stream is M k , K is a positive integer greater than 1; k =0 , 1, ..., K-1; and N k and M k are positive integers; the processing unit is further configured to: map the K first frequency-domain data streams to frequency-domain resources, to generate a time-domain symbol; and the communications unit is configured to send the time-domain symbol; characterized in that the k th first modulated data stream is obtained by performing Pi/2-BPSK modulation on to-be-sent data; wherein starting positions and/or end positions of data of K first modulated data streams in corresponding data streams obtained through the zero padding operation are the same, and the preprocessing further comprises performing different phase rotation on frequency-domain data of different data streams, performed after the Fourier transform is performed.
A radial flow adsorption vessel comprising: - a cylindrical outer shell having a top end and a bottom end, wherein the top end is enclosed by a vessel head that provides a centrical opening usable as a port to introduce or to remove adsorbent particles into or from the vessel, - at least one annular adsorption space disposed inside the shell that can be filled with the adsorbent particles, wherein the at least one annular adsorption space is defined by an outer and an inner cylindrical porous wall, both co-axially disposed inside the shell; and - a loading device for the adsorbent particles positioned above the at least one annular adsorption space at the top end of the vessel, wherein the loading device comprises at least one conical element that extends radially to the outer cylindrical porous wall, wherein the at least one conical element provides a plurality of orifices arranged at least in a region sitting above the at least one annular adsorption space. - a cylindrical outer shell having a top end and a bottom end, wherein the top end is enclosed by a vessel head that provides a centrical opening usable as a port to introduce or to remove adsorbent particles into or from the vessel, - at least one annular adsorption space disposed inside the shell that can be filled with the adsorbent particles, wherein the at least one annular adsorption space is defined by an outer and an inner cylindrical porous wall, both co-axially disposed inside the shell; and - a loading device for the adsorbent particles positioned above the at least one annular adsorption space at the top end of the vessel, wherein the loading device comprises at least one conical element that extends radially to the outer cylindrical porous wall, wherein the at least one conical element provides a plurality of orifices arranged at least in a region sitting above the at least one annular adsorption space.
An inhaler adapted to supply a formulation comprisable in a container such as a capsule or a blister strip to a user, wherein information is stored in data storage means of the container and the date storage means of the container comprises an RFID component and/or a NFC component, wherein the inhaler comprises a low-power radio antenna as a corresponding unit to receive the respective information from the RFID and/or NFC component, characterized in that the inhaler further comprises a magnetic field detector and/or an electric field detector and wherein the magnetic field detector and/or the electric field detector is/are adapted to detect a movement, such as a spinning movement, of the container . wherein information is stored in data storage means of the container and the date storage means of the container comprises an RFID component and/or a NFC component, wherein the inhaler comprises a low-power radio antenna as a corresponding unit to receive the respective information from the RFID and/or NFC component, characterized in that the inhaler further comprises a magnetic field detector and/or an electric field detector and wherein the magnetic field detector and/or the electric field detector is/are adapted to detect a movement, such as a spinning movement, of the container .
A humidification and air cleaning apparatus, including a blower fan , the blower fan comprising: a hub to which a rotating shaft is coupled; a shroud spaced apart from the hub and having a suction port formed at a center, through which air is drawn; and a plurality of blades disposed between the hub and the shroud and coupled to the hub and the shroud , wherein the plurality of blades have at least one wave formed in a direction from the shroud toward the hub and formed with ridges and valleys , wherein the ridges protrude toward a constant-pressure surface of the blade and the valleys protrude toward a suction surface of the blade . a hub to which a rotating shaft is coupled; a shroud spaced apart from the hub and having a suction port formed at a center, through which air is drawn; and a plurality of blades disposed between the hub and the shroud and coupled to the hub and the shroud , wherein the plurality of blades have at least one wave formed in a direction from the shroud toward the hub and formed with ridges and valleys , wherein the ridges protrude toward a constant-pressure surface of the blade and the valleys protrude toward a suction surface of the blade .
A method of wireless communication, comprising: scheduling , by a base station, a first mini-slot for transmission of first data to a first user equipment "UE" and a second mini-slot for transmission of second data to a second UE, the first data being unicast data, the first mini-slot being scheduled in a first range of frequencies of a downlink "DL" common burst portion of a slot, the DL common burst portion being a control portion of the slot, the second mini-slot being scheduled in a second range of frequencies of the DL common burst portion, the slot including an uplink "UL" short burst portion, and the UL short burst portion configured to provide feedback information corresponding to the DL common burst portion; and transmitting , by the base station, a signal, including the first data, within the first mini-slot. scheduling , by a base station, a first mini-slot for transmission of first data to a first user equipment "UE" and a second mini-slot for transmission of second data to a second UE, the first data being unicast data, the first mini-slot being scheduled in a first range of frequencies of a downlink "DL" common burst portion of a slot, the DL common burst portion being a control portion of the slot, the second mini-slot being scheduled in a second range of frequencies of the DL common burst portion, the slot including an uplink "UL" short burst portion, and the UL short burst portion configured to provide feedback information corresponding to the DL common burst portion; and the first data being unicast data, the first mini-slot being scheduled in a first range of frequencies of a downlink "DL" common burst portion of a slot, the DL common burst portion being a control portion of the slot, the second mini-slot being scheduled in a second range of frequencies of the DL common burst portion, the slot including an uplink "UL" short burst portion, and the UL short burst portion configured to provide feedback information corresponding to the DL common burst portion; and transmitting , by the base station, a signal, including the first data, within the first mini-slot.
A monitor device for an ostomy system , the monitor device comprising: a processor ; memory ; a first interface connected to the processor and the memory , the first interface configured for connecting to a base plate of an ostomy appliance and for collecting ostomy data from the base plate ; and a second interface comprising a transceiver connected to the processor for transmitting monitor data based on the ostomy data and/or parameter data of the base plate according to a transmission scheme, the second interface configured for connecting to one or more accessory devices , characterised in that the processor comprises a transmission controller configured to select the transmission scheme from a primary transmission scheme and a secondary transmission scheme based on one or more control parameters, the secondary transmission scheme being different from the primary transmission scheme. a processor ; memory ; a first interface connected to the processor and the memory , the first interface configured for connecting to a base plate of an ostomy appliance and for collecting ostomy data from the base plate ; and a second interface comprising a transceiver connected to the processor for transmitting monitor data based on the ostomy data and/or parameter data of the base plate according to a transmission scheme, the second interface configured for connecting to one or more accessory devices ,