mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid ejection device, comprising: a fluid ejection die (2; 102) having a fluidics layer (6; 106) to dispense fluid and a substrate (8; 108) with a front surface on which the fluidics layer (6; 106) is formed and a back surface to receive fluid; an array of fluid feed holes (14; 114) through the substrate (8; 108), the fluid feed holes (14; 114) separated by ribs (20; 120) between the fluid feed holes (14; 114), each fluid feed hole (14; 114) to guide fluid from the back surface to the fluidics layer; an array of drop generators in the fluidics layer (6; 106) downstream of and parallel to the array of fluid feed holes (14; 114); a common manifold formed in the fluidics layer, the separate fluid feed holes (14; 114) opening into the common manifold at fluid feed hole openings , the manifold extending along the drop generator array to supply fluid to the drop generators; characterized by a pillar structure including a plurality of bubble tolerant architecture, BTA, pillars , the pillars located in the manifold between the fluid feed holes (14; 114) on top of the ribs ; wherein the width (W3) of the BTA pillars is at least half the diameter of the fluid feed hole openings into the common manifold , or about the same as the width of the fluid feed hole openings into the common manifold . a fluid ejection die (2; 102) having a fluidics layer (6; 106) to dispense fluid and a substrate (8; 108) with a front surface on which the fluidics layer (6; 106) is formed and a back surface to receive fluid; an array of fluid feed holes (14; 114) through the substrate (8; 108), the fluid feed holes (14; 114) separated by ribs (20; 120) between the fluid feed holes (14; 114), each fluid feed hole (14; 114) to guide fluid from the back surface to the fluidics layer; an array of drop generators in the fluidics layer (6; 106) downstream of and parallel to the array of fluid feed holes (14; 114); a common manifold formed in the fluidics layer, the separate fluid feed holes (14; 114) opening into the common manifold at fluid feed hole openings , the manifold extending along the drop generator array to supply fluid to the drop generators; characterized by a pillar structure including a plurality of bubble tolerant architecture, BTA, pillars , the pillars located in the manifold between the fluid feed holes (14; 114) on top of the ribs ; wherein the width (W3) of the BTA pillars is at least half the diameter of the fluid feed hole openings into the common manifold , or about the same as the width of the fluid feed hole openings into the common manifold .
A surgical assembly for use with and for selective connection to a robotic arm , the surgical assembly comprising: an instrument drive unit including: a hub having a surface feature ; a motor pack having a surface feature and being rotatably coupled to the hub; and at least one annular member disposed between the hub and the motor pack, characterised by the at least one annular member defining: an upper annular channel ; and a lower annular channel , the at least one annular member having a stop (142a, 144a; 142b, 144b) formed in each of the upper and lower annular channels, wherein upon the motor pack achieving a threshold amount of rotation relative to the hub, the surface feature of the motor pack abuts the stop of the lower annular channel to rotate the at least one annular member, and wherein upon the at least one annular member achieving a threshold amount of rotation relative to the hub, the stop of the upper annular channel abuts the surface feature of the hub stopping further rotation of the motor pack. a hub having a surface feature ; a motor pack having a surface feature and being rotatably coupled to the hub; and at least one annular member disposed between the hub and the motor pack, characterised by the at least one annular member defining: an upper annular channel ; and a lower annular channel , the at least one annular member having a stop (142a, 144a; 142b, 144b) formed in each of the upper and lower annular channels, wherein upon the motor pack achieving a threshold amount of rotation relative to the hub, the surface feature of the motor pack abuts the stop of the lower annular channel to rotate the at least one annular member, and wherein upon the at least one annular member achieving a threshold amount of rotation relative to the hub, the stop of the upper annular channel abuts the surface feature of the hub stopping further rotation of the motor pack. an upper annular channel ; and a lower annular channel , the at least one annular member having a stop (142a, 144a; 142b, 144b) formed in each of the upper and lower annular channels, wherein upon the motor pack achieving a threshold amount of rotation relative to the hub, the surface feature of the motor pack abuts the stop of the lower annular channel to rotate the at least one annular member, and wherein upon the at least one annular member achieving a threshold amount of rotation relative to the hub, the stop of the upper annular channel abuts the surface feature of the hub stopping further rotation of the motor pack.
Device for tempering edible products, in particular chocolate articles, in at least one mould after the edible products is filled into this mould , wherein trays for the moulds are provided on a wall and slots (11.1, 11.2; 13.1, 13.2) are provided in the wall above and below the mould for the discharge of a tempering medium, wherein the trays are formed as profiles, characterized in, that the tray has a channel section from which an edge strip (9.1, 9.2) projects laterally in each case, on which the mould rests and which is open towards the wall , lower slots (11.1, 11.2) being provided at the height of the channel section below the mould and a lower edge of the lower slot (11.1, 11.2) lying in the plane of a channel bottom .
A system for transferring a patient from a first surface to a second surface, the system comprising: a housing dimensioned to span a distance between the first surface and the second surface, the housing including a first end and a second end; a first elongated roller positioned along a first edge of the housing; a second elongated roller positioned along a second edge of the housing; a continuous belt positioned in conveying relation with respect to the first roller and the second roller, a portion of the continuous belt conveying a patient while another portion of the continuous belt passes through the housing; a support structure having at least one portion positioned within the continuous belt and connected to a first end and a second end of the housing, the support structure for supporting the patient as it is transferred; and further comprising a disposable sheet of material that can be removably attached to the continuous belt of the system for transferring a patient, the disposable sheet of material having at least one strip of adhesive attached only along a first edge of the disposable sheet of material for removable attachment to the continuous belt; wherein the belt is rotated to place a portion of the disposable sheet of material into an opening between the housing and an edge of the belt ; and wherein the disposable sheet of material can then be pulled along a second edge and the patient pushed to place the patient onto the continuous belt and transfer the patient from the first surface to the second surface. a housing dimensioned to span a distance between the first surface and the second surface, the housing including a first end and a second end; a first elongated roller positioned along a first edge of the housing; a second elongated roller positioned along a second edge of the housing; a continuous belt positioned in conveying relation with respect to the first roller and the second roller, a portion of the continuous belt conveying a patient while another portion of the continuous belt passes through the housing; a support structure having at least one portion positioned within the continuous belt and connected to a first end and a second end of the housing, the support structure for supporting the patient as it is transferred; and further comprising a disposable sheet of material that can be removably attached to the continuous belt of the system for transferring a patient, the disposable sheet of material having at least one strip of adhesive attached only along a first edge of the disposable sheet of material for removable attachment to the continuous belt; wherein the belt is rotated to place a portion of the disposable sheet of material into an opening between the housing and an edge of the belt ; and wherein the disposable sheet of material can then be pulled along a second edge and the patient pushed to place the patient onto the continuous belt and transfer the patient from the first surface to the second surface.
A communication terminal comprising: means for simultaneously communicating with a master base station associated with a first radio access technology and a secondary base station associated with a second radio access technology; means for receiving, from a core network apparatus via the master base station , information indicating that use of dual connectivity using the second radio access technology is permitted; and means for detecting at least one frequency band supported by the secondary base station , the secondary base station being configured to provide the dual connectivity in cooperation with the master base station , wherein the at least one frequency band is detected based on a reception of a System Information Block, SIB, in a serving cell from the master base station , including a list of frequency bands supported by the secondary base station for a Public Land Mobile Network, PLMN, and by which the secondary base station provides dual connectivity in cooperation with the master base station and the at least one frequency band is also supported by the communication terminal for the dual connectivity using the serving cell. means for simultaneously communicating with a master base station associated with a first radio access technology and a secondary base station associated with a second radio access technology; means for receiving, from a core network apparatus via the master base station , information indicating that use of dual connectivity using the second radio access technology is permitted; and means for detecting at least one frequency band supported by the secondary base station , the secondary base station being configured to provide the dual connectivity in cooperation with the master base station , wherein the at least one frequency band is detected based on a reception of a System Information Block, SIB, in a serving cell from the master base station , including a list of frequency bands supported by the secondary base station for a Public Land Mobile Network, PLMN, and by which the secondary base station provides dual connectivity in cooperation with the master base station and the at least one frequency band is also supported by the communication terminal for the dual connectivity using the serving cell.
A construction material formed from a raw excavated clay soil, characterized in that it includes a raw excavated clay soil, an activating agent, and a deflocculating agent, said deflocculating agent accounting for at least 0.1 wt% of the construction material, preferably at least 0.25 wt% of the construction material, said deflocculating agent being selected from: - a nonionic surfactant such as a polyoxyethylene ether, or - an anionic agent selected from: alkylaryl sulfonates, amino alcohols, carbonates, silicates, fatty acids, humates, carboxylic acids, lignosulfonates, polyacrylates, phosphates, or polyphosphates such as sodium hexametaphosphate, sodium tripolyphosphate, sodium orthophosphate, carboxymethylcelluloses, or - an amine selected from: 2-amino-2-methyl-1-propanol; mono-, di-, or triethanolamine; isopropanolamines and N-alkylated ethanolamines. - a nonionic surfactant such as a polyoxyethylene ether, or - an anionic agent selected from: alkylaryl sulfonates, amino alcohols, carbonates, silicates, fatty acids, humates, carboxylic acids, lignosulfonates, polyacrylates, phosphates, or polyphosphates such as sodium hexametaphosphate, sodium tripolyphosphate, sodium orthophosphate, carboxymethylcelluloses, or - an amine selected from: 2-amino-2-methyl-1-propanol; mono-, di-, or triethanolamine; isopropanolamines and N-alkylated ethanolamines.
Prefabricated floor element having an elongated shape wherein a longitudinal direction (X), a transversal direction (Y), a height direction (Z), two end faces which delimitate the element in the longitudinal direction (X), two lateral faces which delimitate the element in the transversal direction (Y), a lower face and an upper planar face that delimitate the element in the height direction (Z) are defined, characterised in that it comprises transversal continuous upper grooves on the upper planar face and it does not comprise longitudinal continuous upper grooves.
A blood purification device , comprising: a blood circuit for extracorporeally circulating blood of a patient; a blood purifier provided on the blood circuit ; a gas-liquid separator being provided on the blood circuit on the downstream side of the blood purifier on a blood flow and separating air bubbles contained in inflowing blood; and a liquid level adjustment unit capable of adjusting a liquid level height in the gas-liquid separator , wherein the liquid level adjustment unit performs control so that the liquid level height during priming is higher than the liquid level height during treatment and, wherein the liquid level adjustment unit comprises a first liquid level detection sensor being provided at a first height position (H1) of the gas-liquid separator and being capable of detecting whether a gas is present at the first height position (H1) inside the gas-liquid separator , a liquid level adjustment mechanism capable that can adjust the liquid level height by introducing air into the gas-liquid separator or discharging air from the gas-liquid separator , characterized in that a liquid level control unit is configured to control the liquid level adjustment mechanism so that, during treatment, the gas is detected at the first height position (H1) and the liquid level height is lower than the first height position (H1), and so that, during priming, the gas is not detected at the first height position (H1) and the liquid level height is not lower than the first height position (H1). a blood circuit for extracorporeally circulating blood of a patient; a blood purifier provided on the blood circuit ; a gas-liquid separator being provided on the blood circuit on the downstream side of the blood purifier on a blood flow and separating air bubbles contained in inflowing blood; and a liquid level adjustment unit capable of adjusting a liquid level height in the gas-liquid separator , wherein the liquid level adjustment unit performs control so that the liquid level height during priming is higher than the liquid level height during treatment and, wherein the liquid level adjustment unit comprises a first liquid level detection sensor being provided at a first height position (H1) of the gas-liquid separator and being capable of detecting whether a gas is present at the first height position (H1) inside the gas-liquid separator , a liquid level adjustment mechanism capable that can adjust the liquid level height by introducing air into the gas-liquid separator or discharging air from the gas-liquid separator , characterized in that a liquid level control unit is configured to control the liquid level adjustment mechanism so that, during treatment, the gas is detected at the first height position (H1) and the liquid level height is lower than the first height position (H1), and so that, during priming, the gas is not detected at the first height position (H1) and the liquid level height is not lower than the first height position (H1).
A method for the manufacture of a radiation curing device add-on or attachment facing or directable towards the dental restoration material for a dental restoration production device comprising curable dental restoration material , a radiation curing device, which is used for the curable dental restoration material to be curable by means of light radiation, UV radiation and/or heat radiation to produce a dental restoration part , characterized in that the add-on or attachment , which comprises a molding surface corresponding to the target shape of the surface of the dental restoration material and providing a negative mold for said restoration material at a region facing the radiation curing device, will be specified in its shape at its distal side by using a CAD device, in particular based on the data, which correspond to the peripheral shape of the dental restoration part , and in that the add-on or attachment is made of a suitable material, in particular silicone, using a shaping process, in particular 3D printing, milling or casting, to provide a negative mold for the desired tooth contour.
A turbine blade comprising: an attachment root having: an inner diameter end; a first axial end ; a second axial end , a rearward direction defined from the first axial end to the second axial end; a first lateral side; and a second lateral side, an end-to-end centerplane between and extending parallel to the first and second lateral sides; an airfoil having: a pressure side; a suction side; a leading edge; and a trailing edge; and a cooling passageway system comprising: a plurality of trunks extending from respective inlets along the root inner diameter end from a leading trunk : near the first axial end to a trailing trunk near the second axial end ; and a plurality of outlets along the airfoil including trailing edge outlets fed by the trailing trunk, characterised in that , viewed normal to the end-to-end centerplane: the trailing trunk has a turn passing forward and then rearward; an outside of the turn protrudes forward; the outside of the turn forms a first bump ; the inside of the turn forms a second bump ; and a forward extreme of the second bump is radially outboard of a forward extreme of the first bump. an attachment root having: an inner diameter end; a first axial end ; a second axial end , a rearward direction defined from the first axial end to the second axial end; a first lateral side; and a second lateral side, an end-to-end centerplane between and extending parallel to the first and second lateral sides; an inner diameter end; a first axial end ; a second axial end , a rearward direction defined from the first axial end to the second axial end; a first lateral side; and a second lateral side, an end-to-end centerplane between and extending parallel to the first and second lateral sides; an airfoil having: a pressure side; a suction side; a leading edge; and a trailing edge; and a pressure side; a suction side; a leading edge; and a trailing edge; and a cooling passageway system comprising: a plurality of trunks extending from respective inlets along the root inner diameter end from a leading trunk : near the first axial end to a trailing trunk near the second axial end ; and a plurality of outlets along the airfoil including trailing edge outlets fed by the trailing trunk, a plurality of trunks extending from respective inlets along the root inner diameter end from a leading trunk : near the first axial end to a trailing trunk near the second axial end ; and a plurality of outlets along the airfoil including trailing edge outlets fed by the trailing trunk, characterised in that , viewed normal to the end-to-end centerplane: the trailing trunk has a turn passing forward and then rearward; an outside of the turn protrudes forward; the outside of the turn forms a first bump ; the inside of the turn forms a second bump ; and a forward extreme of the second bump is radially outboard of a forward extreme of the first bump. the trailing trunk has a turn passing forward and then rearward; an outside of the turn protrudes forward; the outside of the turn forms a first bump ; the inside of the turn forms a second bump ; and a forward extreme of the second bump is radially outboard of a forward extreme of the first bump.
Method for producing a foam flake fibre composite product as recycled material from at least one upholstery element which is to be recycled, said upholstery element comprising a foam core and a textile envelope (3, 5, 5.1), characterised in that , during the production of the upholstery element which is to be recycled, melt fibres are worked into the foam core and/or its textile envelope (3, 5, 5.1) which consist at least proportionately of a low-melting plastic, in such a quantity that this quantity is sufficient, at the recycling of the upholstery element for producing a foam flake fibre composite product as recycled material, to provide the binding agent necessary, and, for producing the foam flake fibre composite product, the foam core of the upholstery element is comminuted to foam flakes and the textile envelope (3, 5, 5.1) is shredded at least in parts into fibres, that the foam flake fibre comminuted mixture is then laid in a mould, and, for the melting of the melt fibres contained therein as the binding agent for the comminuted mixture, is heated to a temperature which is above the melting temperature of the melt fibres.
A rotator arrangement for providing a rotating movement, the rotator arrangement comprising a motor with a stator and a rotor arranged inside the stator to rotate with respect to said stator around an axial axis (A), wherein the rotator arrangement comprises a rotor attachment piece connected to the rotor and a stator attachment piece connected to the stator, wherein one of the rotor attachment piece and stator attachment piece is arranged to be attached to a crane arm or the like, and the other is arranged to be attached to a tool implement, characterised in that a bearing is arranged to connect the rotor attachment piece to the stator attachment piece via the stator and to transmit loads acting between the rotor attachment piece and the stator attachment piece via the stator .