mhurhangee/patent-ind-claim-en huggingface dataset:
A sealable container , comprising: walls defining interior and exterior surfaces (216a, 216b; 218a, 218b; 220a, 220b; 222a, 222b) and an interior space (I), the walls having an upper portion near an upper end of the walls that defines an opening to the interior space (I), the upper portion also defining on the exterior surfaces of the walls a plurality of discontinuous indentations separated by strengthening bridges of the walls of the container , the indentations projecting interiorly and open exteriorly, the indentations having a downwardly facing top surface ; and a collar having an interior surface adapted to attach to the container about the upper portion to define a subcollar space between an exterior surface of the container and the interior surface of the collar , wherein the collar further includes a plurality of attaching means juxtaposed to correspond with the plurality of indentations , each attaching means having an upward-facing surface for engaging against the downwardly facing top surface of the plurality of indentations , thereby holding the collar to the upper end of the container . walls defining interior and exterior surfaces (216a, 216b; 218a, 218b; 220a, 220b; 222a, 222b) and an interior space (I), the walls having an upper portion near an upper end of the walls that defines an opening to the interior space (I), the upper portion also defining on the exterior surfaces of the walls a plurality of discontinuous indentations separated by strengthening bridges of the walls of the container , the indentations projecting interiorly and open exteriorly, the indentations having a downwardly facing top surface ; and a collar having an interior surface adapted to attach to the container about the upper portion to define a subcollar space between an exterior surface of the container and the interior surface of the collar , wherein the collar further includes a plurality of attaching means juxtaposed to correspond with the plurality of indentations , each attaching means having an upward-facing surface for engaging against the downwardly facing top surface of the plurality of indentations , thereby holding the collar to the upper end of the container .
A method for preparing a thermal insulation cabinet, comprising the following steps: pre-assembling a shell having a vacuum insulation panel attached to an inner side into a cabinet shell; heating an inside of the cabinet shell; and injecting a foaming material between the cabinet shell and an inner liner for foaming; characterized in that the method for preparing the thermal insulation cabinet further comprises the following steps: the vacuum insulation panel is of a square structure, adding auxiliary workpieces around the vacuum insulation panel before foaming, wherein the auxiliary workpiece comprises a first fitting surface matched with the outer peripheral surface of the vacuum insulation panel along an extension direction of the vacuum insulation panel, a second fitting surface matched with an inner surface of the shell around the vacuum insulation panel, and a transition surface by which the first fitting surface and the second fitting surface are connected, wherein the transition surface is a plane, or a convex arc surface, or an arc surface; wherein a length L2 of the second fitting surface in a direction of the auxiliary workpiece distal from the vacuum insulation panel is not less than a length L1 of the first fitting surface in a thickness direction of the vacuum insulation panel; or a length L2 of the second fitting surface in a direction of the auxiliary workpiece distal from the vacuum insulation panel is not less than a length L1 of the first fitting surface in a thickness direction of the vacuum insulation panel, and L2 is not more than 1.5 times of L1. pre-assembling a shell having a vacuum insulation panel attached to an inner side into a cabinet shell; heating an inside of the cabinet shell; and injecting a foaming material between the cabinet shell and an inner liner for foaming; characterized in that the method for preparing the thermal insulation cabinet further comprises the following steps: the vacuum insulation panel is of a square structure, adding auxiliary workpieces around the vacuum insulation panel before foaming, wherein the auxiliary workpiece comprises a first fitting surface matched with the outer peripheral surface of the vacuum insulation panel along an extension direction of the vacuum insulation panel, a second fitting surface matched with an inner surface of the shell around the vacuum insulation panel, and a transition surface by which the first fitting surface and the second fitting surface are connected, wherein the transition surface is a plane, or a convex arc surface, or an arc surface; wherein a length L2 of the second fitting surface in a direction of the auxiliary workpiece distal from the vacuum insulation panel is not less than a length L1 of the first fitting surface in a thickness direction of the vacuum insulation panel; or a length L2 of the second fitting surface in a direction of the auxiliary workpiece distal from the vacuum insulation panel is not less than a length L1 of the first fitting surface in a thickness direction of the vacuum insulation panel, and L2 is not more than 1.5 times of L1.
A sensor device (100; 400; 500; 800; 1200), comprising: a shaft (106; 406) having a proximal region and a distal region ; a handle disposed on the proximal region of the shaft (106; 406), the handle defining a proximal locking mechanism to lock the sensor device to a catheter; and an expandable element (112; 412; 512; 812) disposed on the distal region of the shaft (106; 406), the expandable element (112; 412; 512; 812) configured to move between a collapsed configuration and an expanded configuration, the expandable element (112; 412; 512; 812) including one or more sensor elements (122; 522a, 522b; 822) configured to sense proximity of the one or more sensor elements (122; 522a, 522b; 822) to tissue; wherein the handle includes an indicator (128; 128a-d) configured to distinguish between contact of the one or more sensor elements (122; 522a, 522b; 822) with tissue, loss of contact, and proximity of the one or more sensor elements (122; 522a, 522b; 822) to tissue, wherein a proximal end or a distal end of the expandable element (112; 412; 512; 812) defines a distal locking mechanism to lock the sensor device to the catheter. a shaft (106; 406) having a proximal region and a distal region ; a handle disposed on the proximal region of the shaft (106; 406), the handle defining a proximal locking mechanism to lock the sensor device to a catheter; and an expandable element (112; 412; 512; 812) disposed on the distal region of the shaft (106; 406), the expandable element (112; 412; 512; 812) configured to move between a collapsed configuration and an expanded configuration, the expandable element (112; 412; 512; 812) including one or more sensor elements (122; 522a, 522b; 822) configured to sense proximity of the one or more sensor elements (122; 522a, 522b; 822) to tissue; wherein the handle includes an indicator (128; 128a-d) configured to distinguish between contact of the one or more sensor elements (122; 522a, 522b; 822) with tissue, loss of contact, and proximity of the one or more sensor elements (122; 522a, 522b; 822) to tissue, wherein a proximal end or a distal end of the expandable element (112; 412; 512; 812) defines a distal locking mechanism to lock the sensor device to the catheter.
A pneumatic tire comprising: a tread portion ; a pair of sidewall portions ; a pair of bead portions having respective bead cores embedded therein; and a toroidal carcass disposed between the pair of bead portions , wherein the carcass includes a first ply extending on and between the pair of bead portions , and a second ply disposed, in the tread portion , outward of the first ply in a tire radial direction and extending on and between the pair of bead portions , the first ply is formed as a layer of first cords , and the second ply is formed as a layer of second cords , characterized in that a thickness (T2) of each second cord is 1.1 to 2.0 times a thickness (T1) of each first cord (1 1c). a tread portion ; a pair of sidewall portions ; a pair of bead portions having respective bead cores embedded therein; and a toroidal carcass disposed between the pair of bead portions , wherein the carcass includes a first ply extending on and between the pair of bead portions , and a second ply disposed, in the tread portion , outward of the first ply in a tire radial direction and extending on and between the pair of bead portions , a first ply extending on and between the pair of bead portions , and a second ply disposed, in the tread portion , outward of the first ply in a tire radial direction and extending on and between the pair of bead portions , the first ply is formed as a layer of first cords , and the second ply is formed as a layer of second cords , characterized in that a thickness (T2) of each second cord is 1.1 to 2.0 times a thickness (T1) of each first cord (1 1c).
A water-free liposome suspension comprising: an adjuvant that activates or increases the activity of toll-like receptor 2 (TLR2) and liposomes containing an antigen, reconstituted in a carrier comprising a continuous phase of a hydrophobic substance; wherein the antigen is capable of inducing a humoral immune response; and wherein the adjuvant comprises dipalmitoyl-S-glyceryl-cysteine (PAM 2 Cys) or tripalmitoyl-S-glyceryl-cysteine (PAM 3 Cys). an adjuvant that activates or increases the activity of toll-like receptor 2 (TLR2) and liposomes containing an antigen, reconstituted in a carrier comprising a continuous phase of a hydrophobic substance; wherein the antigen is capable of inducing a humoral immune response; and wherein the adjuvant comprises dipalmitoyl-S-glyceryl-cysteine (PAM 2 Cys) or tripalmitoyl-S-glyceryl-cysteine (PAM 3 Cys).
An oriented copper plate, which contains 0.03% by mass to 1.0% by mass of Cr, which optionally further contains one or two or more of: Mn: not more than 0.4% by mass; Al: not more than 0.4% by mass; Ti: not more than 0.2% by mass; Zr: not more than 0.2% by mass; and rare earth elements: not more than 0.4% by mass, which optionally further contains one or two of: P: less than 0.01% by mass; and Zn: less than 0.1% by mass, and/or which optionally further contains, at a total concentration of less than 0.03% by mass, one or two or more selected from the group consisting of: Ag, Sn, Pd, Ni, Fe, B, Si, Ca,V, Co, Ga, Ge, Sr, Nb, Mo, Rh, Ba, W, and Pt, the remainder of which is composed of copper and inevitable impurities, wherein the copper plate has a <100> main orientation so that the area percentage of a <100> preferred orientation region is not less than 60.0%, the region satisfying a condition that allows each of a thickness direction of the copper plate and a specific in-plane direction of the copper plate to have an orientation difference of not more than 15° with respect to a <100> copper crystal axis, and wherein Cr precipitates having equivalent circle diameters of 4 nm to 52 nm are present at 300 precipitates/μm 3 to 12000 precipitates/μm 3 .
A method to preserve starch present in pulp comprising: in a papermaking process having a head box or roundformer and process water containing pulp, treating said process water containing said pulp with chloramine comprising monochloramine such that said process water has a residual chloramine amount of from 0.3 ppm to 15 ppm at the head box or roundformer, and further treating said process water containing said pulp with at least one oxidant, wherein starch is present in said pulp in an amount of at least 0.001 wt % based on weight of dried pulp fiber, and wherein said chloramine is added based on measured calcium ion levels in said process water, said treating comprises continuously treating for at least 1 month and maintaining said residual chloramine amount, and production of amylase is controlled or prevented such that amylolytic bacteria are present in an amount of less than 1.0x10 15 cfu/g dry pulp in said process water. in a papermaking process having a head box or roundformer and process water containing pulp, treating said process water containing said pulp with chloramine comprising monochloramine such that said process water has a residual chloramine amount of from 0.3 ppm to 15 ppm at the head box or roundformer, and further treating said process water containing said pulp with at least one oxidant, wherein starch is present in said pulp in an amount of at least 0.001 wt % based on weight of dried pulp fiber, and wherein said chloramine is added based on measured calcium ion levels in said process water, said treating comprises continuously treating for at least 1 month and maintaining said residual chloramine amount, and production of amylase is controlled or prevented such that amylolytic bacteria are present in an amount of less than 1.0x10 15 cfu/g dry pulp in said process water.
Manifold for a sprinkler system, in particular performed for the arrangement in the main supply tubing of the sprinkler system, having a main tube body with an inlet port at a first end and with an outlet port at a second end , and having a main tube valve having a stem element and a ball body to open and close a main passage extending along a main axis in the main tube body by turning the ball body about a valve axis , and whereas the main tube valve features a handle for turning the ball body , wherein the handle features a first leg (18.1) extending perpendicular or angled to the valve axis and the handle features a second leg (18.2), characterlzed in that the second leg (18.2) extends approximately perpendicular to the first leg (18.1) and perpendicular to the valve axis , wherein the handle is formed by means of a flat sheet metal and the approximately 90° angle between the legs is made by bending in between the legs (18.1, 18.2) of the handle and wherein the first leg (18.1) extends between the valve stem element and the second leg (18.2), whereas the second leg (18.2) can be operated by the hand of a user.
A display device comprising: a display panel including a front surface and a rear surface; a back cabinet at a rear of the display panel ; a back cover between the back cabinet and the display panel ; a case covering an edge of a front surface of the display panel , the case coupled with the back cover ; and a guide panel positioned adjacent to an edge of the display panel and coupled with the back cover , wherein the guide panel includes a base part facing a part of the rear surface of the display panel , a side wall covering a side of the display panel , a guide part protruding from the side wall toward the side of the display panel to support the side of the display panel , and an adhesive member fixed on the base part and supporting the part of the rear surface of the display panel , and wherein the side wall includes a forward part extending away from the base part in the forward direction, a backward part extending away from the base part in the rearward direction, an inner wall extending away from the base part in the rearward direction and being apart from the side wall , and a first space is formed between the inner wall and the backward part of the side wall . a display panel including a front surface and a rear surface; a back cabinet at a rear of the display panel ; a back cover between the back cabinet and the display panel ; a case covering an edge of a front surface of the display panel , the case coupled with the back cover ; and a guide panel positioned adjacent to an edge of the display panel and coupled with the back cover , wherein the guide panel includes a base part facing a part of the rear surface of the display panel , a side wall covering a side of the display panel , a guide part protruding from the side wall toward the side of the display panel to support the side of the display panel , and an adhesive member fixed on the base part and supporting the part of the rear surface of the display panel , and wherein the side wall includes a forward part extending away from the base part in the forward direction, a backward part extending away from the base part in the rearward direction, an inner wall extending away from the base part in the rearward direction and being apart from the side wall , and a first space is formed between the inner wall and the backward part of the side wall .
A method for controlling a hydraulic pump of a wheel loader comprising: a hydraulic pump including a pump of a working system for driving a working machine, and a fan pump for driving a cooling fan ; an engine which drives the hydraulic pump; a transmission which is connected to the engine and drives a traveling means ; and a main control unit which is connected to the engine , the transmission , and the hydraulic pump, and controls the engine , the transmission , and the hydraulic pump, characterized in that the method comprises: when it is requested to improve acceleration performance of the wheel loader and the engine reaches a rating torque limit during a travel-combined acceleration of the wheel loader , reducing a discharge flow rate of one or more of the pump of a working system and the fan pump by the main control unit to improve acceleration performance of the wheel loader . a hydraulic pump including a pump of a working system for driving a working machine, and a fan pump for driving a cooling fan ; an engine which drives the hydraulic pump; a transmission which is connected to the engine and drives a traveling means ; and a main control unit which is connected to the engine , the transmission , and the hydraulic pump, and controls the engine , the transmission , and the hydraulic pump, characterized in that the method comprises: when it is requested to improve acceleration performance of the wheel loader and the engine reaches a rating torque limit during a travel-combined acceleration of the wheel loader , reducing a discharge flow rate of one or more of the pump of a working system and the fan pump by the main control unit to improve acceleration performance of the wheel loader .
Sanitary built-in component that has a mounting housing , that has a jet separating device which is shaped as a perforated plate and intended for the separation of the inflowing fluid flow into a multitude of individual jets, and that has a jet regulating device in the interior of the mounting housing , said jet regulating device including multiple mounted elements that can be mounted in the mounting housing , which mounted elements have ridges oriented transverse to the direction of flow, between which passageways are defined, wherein the ridges of at least one of the mounted elements are arranged in the form of a grid or mesh, crossing themselves at junction points , characterized in that one mounted element of the mounted elements on the inflow side and/or one on the outflow side has a group of radial ridges which cross themselves at junction points with a group of rotary ridges (11") that are concentric and in the form of a ring, in that the mounting housing is divided into at least two housing parts which can be combined with one another in a detachable manner, in that the jet separating device is combined in one piece with the housing part attached to it and to this end the perforated plate is solidly and intractably connected to the housing part on the inflow side, and in that a housing part on the outflow side is shaped in the form of a sleeve and at least one of the mounted parts of the jet regulating device can be mounted in this housing part .
Process of producing biogas in a fermenter , - wherein the substrate is introduced at one end of the fermenter and the treated substrate is drawn off at the other end of the fermenter , - wherein the fermenter comprises at least one single flow tube through which the substrate flows in flow direction between the two ends of the flow tube, characterized in that - the substrate is guided through a horizontal flow tube having zones heated to different temperatures, - the substrate undergoes multiple breakdown phases between the inlet and outlet of the fermenter and, while passing through the fermenter , is brought both into a mesophilic temperature range and into a thermophilic temperature range, and - the substrate flows continuously through the fermenter in the form of a plug flow by means of displacement, wherein the substrate is guided through the fermenter without stirring and without a motordriven mixer. - wherein the substrate is introduced at one end of the fermenter and the treated substrate is drawn off at the other end of the fermenter , - wherein the fermenter comprises at least one single flow tube through which the substrate flows in flow direction between the two ends of the flow tube, - the substrate is guided through a horizontal flow tube having zones heated to different temperatures, - the substrate undergoes multiple breakdown phases between the inlet and outlet of the fermenter and, while passing through the fermenter , is brought both into a mesophilic temperature range and into a thermophilic temperature range, and - the substrate flows continuously through the fermenter in the form of a plug flow by means of displacement, wherein the substrate is guided through the fermenter without stirring and without a motordriven mixer.
Medicament delivery device comprising a housing , which housing is arranged to accommodate a medicament container ; - a power unit comprising: - a spring drive force element , - an actuation unit operably connected to said spring drive force element ; which actuation unit is movable, upon activation of said spring drive force element , for expelling a dose of medicament from said medicament container ; - a monitoring unit provided with an electrical power source for operating said monitoring unit ; the medicament delivery device further comprising an activation element operably connected to said actuation unit , to said monitoring unit and to said electrical power source , wherein said activation element is arranged to allow connection between said electrical power source and said monitoring unit when said actuation unit is moved by said spring drive force element, characterised in that said activation element comprises a flexible elongated member in the form of a band attached with a first end to said actuation unit and with a second end to said monitoring unit . - a power unit comprising: - a spring drive force element , - an actuation unit operably connected to said spring drive force element ; which actuation unit is movable, upon activation of said spring drive force element , for expelling a dose of medicament from said medicament container ; - a spring drive force element , - an actuation unit operably connected to said spring drive force element ; which actuation unit is movable, upon activation of said spring drive force element , for expelling a dose of medicament from said medicament container ; - a monitoring unit provided with an electrical power source for operating said monitoring unit ;