mhurhangee/ep-ind-claims huggingface dataset:
A drainage system for aspirating and measuring of body fluids, the drainage system comprising: - a peristaltic pump housing and a peristaltic mechanism unit arranged in the peristaltic pump housing; - a fluid collection bag being able to be secured releasably on the peristaltic pump housing; - a rigid pre-chamber arranged to connect drainage tubing (31, 32, 33) to the collection bag;- a pressure sensor located near the rigid pre-chamber and arranged to be in communication with said pre-chamber for sensing a pressure in the rigid pre-chamber for the purpose of controlling the peristaltic pumping mechanism by a pre-set pressure and to determine the level of air leakage, and - a plurality of filling level sensors (9, 109) arranged on a backside of the fluid collection bag for detecting a filling level in the fluid collection bag; and - a processor configured to: - create suction pressure in a tube system for aspirating body fluid by means of the peristaltic mechanism; - measure the suction pressure; - pause the peristaltic mechanism for a predetermined time; - monitor the suction pressure during pumping pause; and - calculate the level of air leakage based on a pressure change during pumping pause, a fixed volume of the rigid pre-chamber, and the predetermined time of pumping pause. - a peristaltic pump housing and a peristaltic mechanism unit arranged in the peristaltic pump housing; - a fluid collection bag being able to be secured releasably on the peristaltic pump housing; - a rigid pre-chamber arranged to connect drainage tubing (31, 32, 33) to the collection bag;- a pressure sensor located near the rigid pre-chamber and arranged to be in communication with said pre-chamber for sensing a pressure in the rigid pre-chamber for the purpose of controlling the peristaltic pumping mechanism by a pre-set pressure and to determine the level of air leakage, and - a plurality of filling level sensors (9, 109) arranged on a backside of the fluid collection bag for detecting a filling level in the fluid collection bag; and - a processor configured to: - create suction pressure in a tube system for aspirating body fluid by means of the peristaltic mechanism; - measure the suction pressure; - pause the peristaltic mechanism for a predetermined time; - monitor the suction pressure during pumping pause; and - calculate the level of air leakage based on a pressure change during pumping pause, a fixed volume of the rigid pre-chamber, and the predetermined time of pumping pause. - create suction pressure in a tube system for aspirating body fluid by means of the peristaltic mechanism; - measure the suction pressure; - pause the peristaltic mechanism for a predetermined time; - monitor the suction pressure during pumping pause; and - calculate the level of air leakage based on a pressure change during pumping pause, a fixed volume of the rigid pre-chamber, and the predetermined time of pumping pause.
A textile treatment agent containing a) polymers with carboxyl groups in a concentration of 1 to 10% by weight, preferably 2 to 4% by weight, b) bivalent cations in a concentration of 0.001 to 1.0% by weight, wherein at least 20% of the monomer units of the polymer carry carboxyl groups, the polymer is a polysaccharide, and at least 20% of the monomer units of the polysaccharide are uronic acids. a) polymers with carboxyl groups in a concentration of 1 to 10% by weight, preferably 2 to 4% by weight, b) bivalent cations in a concentration of 0.001 to 1.0% by weight,
A method for providing bandwidth efficiency in satellite communications, the method comprising: receiving, at a gateway ground station and from a plurality of user ground terminals, a plurality of source signals, wherein each of the source signals has been modulated according to at least one source modulation method; further receiving, at the gateway ground station and from the plurality of user ground terminals, a plurality of information signals corresponding to the plurality of source signals; combining, at the gateway ground station, the plurality of source signals into a combined source signal with an overlapping bandwidth, wherein each of the source signals is further modulated according to at least one predetermined modulation method before the source signals are combined; and transmitting, by an uplink transmission from the gateway ground station to a satellite, the combined source signal, wherein the uplink transmission also comprises information specifying the at least one predetermined modulation method. receiving, at a gateway ground station and from a plurality of user ground terminals, a plurality of source signals, wherein each of the source signals has been modulated according to at least one source modulation method; further receiving, at the gateway ground station and from the plurality of user ground terminals, a plurality of information signals corresponding to the plurality of source signals; combining, at the gateway ground station, the plurality of source signals into a combined source signal with an overlapping bandwidth, wherein each of the source signals is further modulated according to at least one predetermined modulation method before the source signals are combined; and transmitting, by an uplink transmission from the gateway ground station to a satellite, the combined source signal, wherein the uplink transmission also comprises information specifying the at least one predetermined modulation method.
Nitrile rubber containing at least one substituted phenol of the general formula in an amount in the range from 0.25 to < 0.9% by weight, based on the nitrile rubber, in which R 1, R 2, R 3, R 4 and R 5 are the same or different and are each hydrogen, hydroxyl, a linear, branched, cyclic or aromatic hydrocarbyl radical having 1 to 8 carbon atoms and additionally one, two or three heteroatoms, which are preferably oxygen, where at least one of the R 1, R 2, R 3, R 4 and R 5 radicals is not hydrogen. R 1, R 2, R 3, R 4 and R 5 are the same or different and are each hydrogen, hydroxyl, a linear, branched, cyclic or aromatic hydrocarbyl radical having 1 to 8 carbon atoms and additionally one, two or three heteroatoms, which are preferably oxygen, where at least one of the R 1, R 2, R 3, R 4 and R 5 radicals is not hydrogen.
A plant growth substrate comprising - soil and/or other natural growth media, and - polyurethane foam flakes as additive wherein the polyurethane foam has a density of 25-100 kg/m 3, a compression load deflection at 40 % of 5-50 kPa, a volume increase at water saturation of at most 25 % and a water buffer capacity of 35-80 % and wherein the flakes have dimensions in the range 0.1-100 mm, and wherein for use in anaerobic conditions the amount of soil and/or other natural growth media and foam flakes in the plant growth substrate is such that the volume ratio of polyurethane foam flakes in the substrate is ranging from 10:90 to 90:10 volume % and the volume % is calculated as volume flakes on the total volume of plant growth substrate comprising flakes, and wherein for use in aerobic conditions the amount of polyurethane foam flakes in the plant growth substrate is 20-30 volume % polyurethane flakes calculated as volume flakes on the total volume of plant growth substrate. - soil and/or other natural growth media, and - polyurethane foam flakes as additive
A method, comprising: providing a server-based platform accessible to a plurality of users, wherein the server-based platform permits an application that is developed by one of the plurality of users to be utilized by others of the plurality of users; subsequent to receiving an indication to make available an application for a particular one of the plurality of users, retrieving configuration data from a different computer system, wherein the configuration data specifies a reference to a key value; maintaining a data object that includes a client credential set for the particular user; in response to an occurrence of an event associated with the application: accessing the client credential set of the particular user from the data object, wherein the client credential set of the particular user is accessed using the key value and an indication of the particular user; sending, to a destination computer system, a request to authenticate with the destination computer system, wherein the request includes the client credential set; and receiving, from the destination computer system, a response that indicates whether the computer system has been authenticated with the destination computer system. providing a server-based platform accessible to a plurality of users, wherein the server-based platform permits an application that is developed by one of the plurality of users to be utilized by others of the plurality of users; subsequent to receiving an indication to make available an application for a particular one of the plurality of users, retrieving configuration data from a different computer system, wherein the configuration data specifies a reference to a key value; maintaining a data object that includes a client credential set for the particular user; in response to an occurrence of an event associated with the application: accessing the client credential set of the particular user from the data object, wherein the client credential set of the particular user is accessed using the key value and an indication of the particular user; sending, to a destination computer system, a request to authenticate with the destination computer system, wherein the request includes the client credential set; and receiving, from the destination computer system, a response that indicates whether the computer system has been authenticated with the destination computer system. accessing the client credential set of the particular user from the data object, wherein the client credential set of the particular user is accessed using the key value and an indication of the particular user; sending, to a destination computer system, a request to authenticate with the destination computer system, wherein the request includes the client credential set; and receiving, from the destination computer system, a response that indicates whether the computer system has been authenticated with the destination computer system.
A kit for determining the presence or absence of complement fixing antibodies in a biological sample from a subject that bind specifically to human leukocyte antigens (HLAs), comprising: a) a collection of microparticles of different subtypes wherein each microparticle is coated with a different purified HLA subtype, wherein the different purified HLA subtype is derived from a cell population presenting the HLA subtype; b) an exogenous complement factor C1q capable of binding to complement fixing antibodies; c) detectably labelled antibody or a binding fragment thereof capable of specifically binding with the complement factor Clq; and d) instructions for determining the presence or absence of the complement fixing antibodies that bind specifically to human leukocyte antigens (HLAs) in the biological sample. a) a collection of microparticles of different subtypes wherein each microparticle is coated with a different purified HLA subtype, wherein the different purified HLA subtype is derived from a cell population presenting the HLA subtype; b) an exogenous complement factor C1q capable of binding to complement fixing antibodies; c) detectably labelled antibody or a binding fragment thereof capable of specifically binding with the complement factor Clq; and d) instructions for determining the presence or absence of the complement fixing antibodies that bind specifically to human leukocyte antigens (HLAs) in the biological sample.
Ultrasonic motor, comprising an ultrasonic actuator in the form of a piezoelectric hollow cylinder with an inner peripheral surface, and an outer peripheral surface, and end faces which connect the inner and the outer peripheral surfaces to each other, wherein friction elements are disposed on at least one end face, a rotor being in functional contact with the friction elements, the rotor comprising at least one disc or one platform, and an electrical excitation device (51, 52), wherein the ultrasonic actuator is divided in peripheral direction in an even number of sectors Sa an Sb having a middle length L of a sector in peripheral direction, having a height H of a sector in axial direction, and a thickness T of a sector in radial direction, and the sectors form a first sector-group A and a second sector-group B, wherein in peripheral direction the sectors Sa and Sb of both groups of sectors A and B alter and border each other, and the friction elements are disposed in the border area of neighbored sectors, characterized in that each of the sectors Sa and Sb is formed by excitation electrodes and general electrodes being alternately arranged in axial direction of the hollow cylinder, wherein between neighbored excitation electrodes and general electrodes a layer of piezoelectric material is disposed, and wherein all excitation electrodes of the sectors Sa forming the sector-group A are electrically connected with each other, all excitation electrodes of the sectors Sb forming the sector-group B are electrically connected with each other, and all general electrodes of the ultrasonic actuator are electrically connected with each other.
A session management method, comprising: obtaining, by a session management function, SMF, a point-to-point protocol over Ethernet, PPPoE, message sent by user equipment, and assigning, by the SMF, a PPPoE session identifier to the user equipment; and sending, by the SMF, the assigned PPPoE session identifier to the user equipment, to establish a PPPoE connection between the user equipment and a network side device. obtaining, by a session management function, SMF, a point-to-point protocol over Ethernet, PPPoE, message sent by user equipment, and assigning, by the SMF, a PPPoE session identifier to the user equipment; and sending, by the SMF, the assigned PPPoE session identifier to the user equipment, to establish a PPPoE connection between the user equipment and a network side device.
Device for vertical positioning of an object with a predetermined diameter comprising support means in the form of a support ring the circumference of which encloses both a vertical central axis of the device and also a portion of the object, a plurality of two-armed tilting elements, which are pivotally carried around a horizontal axis on the support means, and comprise an upper arm and a lower arm each, with the arms (8, 10) of the tilting elements being arranged each within the circumference of the support means, and extending radially inwards towards the central axis so that the object can be brought into contact with the arms (8, 10) for fixation in a vertical position, and a plurality of leg elements for positioning the device onto a ground contact area, characterized in that the support ring comprises a recess through which the tilting elements can each be mounted on the support ring, that the support ring is formed in one piece, and that the horizontal axis around which the tilting elements are pivotally carried, is formed by the support ring so that the tilting elements are pivotally carried on the support ring. support means in the form of a support ring the circumference of which encloses both a vertical central axis of the device and also a portion of the object, a plurality of two-armed tilting elements, which are pivotally carried around a horizontal axis on the support means, and comprise an upper arm and a lower arm each, with the arms (8, 10) of the tilting elements being arranged each within the circumference of the support means, and extending radially inwards towards the central axis so that the object can be brought into contact with the arms (8, 10) for fixation in a vertical position, and a plurality of leg elements for positioning the device onto a ground contact area,
Use of glass ceramic, which comprises the following components Component wt.-% SiO 2 58.0 to 92.0 Li 2 O 2.0 to 10.0 and comprises low quartz as main crystal phase, as dental material.
A laminated film with 200 or more laminated layers forming a structure in which a layer comprising a resin A and a layer comprising a resin B are alternately laminated in the thickness direction, resin A and resin B being a thermoplastic or thermosetting resin, the difference between the in-plane average refraction index of a layer comprising resin A and the in-plane average refraction index of a layer comprising resin B is 0.03 or more, wherein taking the layers comprising the resin A having a layer thickness from 10 nm to 1000 nm as a layer group L, the layer group L has layers La, Lb and Lc and, in the direction from one surface to the other, these are arranged in the order of the layer La, the layer Lb, and the layer Lc, the thicknesses of the layers La and Lc are the same and at least 30 layers, each layer comprising the resin A, are included between the layer La and the layer Lc, and the thickness of the layer La is at least 1.4-fold or more or 0.7-fold or less the thickness of the layer Lb, the thicknesses of layers comprising the resin A being present between the layer La and the layer Lb are gradually increased, or gradually decreased from the layer La toward the layer Lb, the film has a layer Ma, a layer Mb and a layer Mc comprising the resin B, the layer La and the layer Ma are adjacent to each other, the layer Lb and the layer Mb are adjacent to each other, the layer Lc and the layer Mc are adjacent to each other, wherein the thickness of the layer La is at least 1.4-fold or more the thickness of the layer Lb and the thickness of the layer Ma is 1.4-fold or more the thickness of the layer Mb, or the thickness of the layer La is 0.7-fold or less the thickness of the layer Lb and the thickness of the layer Ma is 0.7-fold or less the thickness of the layer Lb, and the constitution of the layer thicknesses of layers comprising resin A and layers comprising resin B, respectively is a two or more-step slant structure, in which distribution of the layer thickness is approximated by two or more monotonously increasing curves and/or two or more monotonously decreasing curves, the laminated film having a reflection band at 400 nm to 1000 nm having a reflection ratio of 30 % or more and a bandwidth of 300 nm or more.
A hearing aid, comprising: a control surface configured for interfacing with a user; a control element having a wheel shape, configured to mechanically engage the control surface and to adjust one or more characteristics of the hearing aid; and wherein a portion of the control surface is configured to mechanically engage with a portion of the control element, the control surface at least partially circumscribes a battery that provides power to the hearing aid device and wherein the control surface comprises a first gear, characterized in that the control element comprises a second gear and the control surface and the control element interface with each other via the gears. a control surface configured for interfacing with a user; a control element having a wheel shape, configured to mechanically engage the control surface and to adjust one or more characteristics of the hearing aid; and wherein a portion of the control surface is configured to mechanically engage with a portion of the control element, the control surface at least partially circumscribes a battery that provides power to the hearing aid device and wherein the control surface comprises a first gear,
A fuel cell power generation system, comprising: a main body package having a first chamber and a second chamber; a hot water storage tank disposed in the first chamber; a stack, a reformer, an electric circuit and a ventilation fan disposed in the second chamber, wherein the electric circuit comprising: a high-voltage circuit including a power conversion circuit; and a low-voltage circuit; an air intake port provided in a lower part of the second chamber which is below the stack and the reformer; and a partition wall partitioning the second chamber into a space in which the stack and the reformer are disposed and a space in which the high-voltage circuit is disposed, wherein the ventilation fan is configured to discharge air in the second chamber to an exterior of the main body package; the ventilation fan is disposed in an upper part of the space in which the stack and the reformer are disposed; the stack, the reformer and the electric circuit are vertically arranged in a lateral side of the hot water storage tank so as to be substantially the same height with the hot water storage tank; and the high-voltage circuit is arranged above the stack and the reformer. a main body package having a first chamber and a second chamber; a hot water storage tank disposed in the first chamber; a stack, a reformer, an electric circuit and a ventilation fan disposed in the second chamber, wherein the electric circuit comprising: a high-voltage circuit including a power conversion circuit; and a low-voltage circuit; a high-voltage circuit including a power conversion circuit; and a low-voltage circuit; an air intake port provided in a lower part of the second chamber which is below the stack and the reformer; and a partition wall partitioning the second chamber into a space in which the stack and the reformer are disposed and a space in which the high-voltage circuit is disposed, wherein the ventilation fan is configured to discharge air in the second chamber to an exterior of the main body package; the ventilation fan is disposed in an upper part of the space in which the stack and the reformer are disposed; the stack, the reformer and the electric circuit are vertically arranged in a lateral side of the hot water storage tank so as to be substantially the same height with the hot water storage tank; and the high-voltage circuit is arranged above the stack and the reformer.
A method of folding a flexible substrate, in-situ, within a device frame, the method comprising: providing a flexible frame of which at least a portion conforms to an interior shape of a device housing; aligning a pivoting portion of the flexible frame to a corresponding portion of the flexible substrate; securing the pivoting portion to the flexible substrate portion; and bending the pivoting portion of the flexible frame and the flexible substrate portion together into a desired three dimensional configuration to fit conformally within the housing. providing a flexible frame of which at least a portion conforms to an interior shape of a device housing; aligning a pivoting portion of the flexible frame to a corresponding portion of the flexible substrate; securing the pivoting portion to the flexible substrate portion; and bending the pivoting portion of the flexible frame and the flexible substrate portion together into a desired three dimensional configuration to fit conformally within the housing.